well as structure comparisons. Contrary to the mechanisms described for Ste2, there is evidence to suggest that PalH functions similarly to mammalian arrestin regulated receptors and does not appear to be coupled to a G-protein. This research thus raises further interesting questions regarding the origin and evolution of such mechanisms. Furthermore, any relationship between these two classes of receptors and other non-fungal proteins remain to be elucidated. Our findings also raise interesting questions regarding the apparently rapid evolution that must have occurred after the emergence of the Ascomycota to have allowed for the development of these two proteins.

**642F Gene function studies in *Malassezia*: elucidating the mechanisms of action of calcineurin inhibitors in *Malassezia Sympodialis* and *M. Furfur*, and insights into their sexual cycle.** Giuseppe laniri¹, Alex Idnurm², Joseph Heitman¹ 1) Department of Molecular Genetics and Microbiology, Duke University Medical Center, Durham, NC, 27710, USA; 2) School of BioSciences, University of Melbourne, VIC 3010, Australia.

The genus *Malassezia* includes yeasts that are commonly found on the skin or hair of animals and humans as commensals, and are associated with a number of skin disorders. Genome sequencing of 14 known *Malassezia* species highlighted a reduction in genome size (~7-9 Mb) and multiple gene losses and gain events. We have developed an *Agrobacterium tumefaciens* transformation system effective for both forward and reverse genetics in *M. furfur* and *M. sympodialis*. Using these resources we aimed to characterize i) the immunophilin FKBP12 as target of calcineurin inhibitors, 2) the structure of the *M. furfur MAT* locus, and 3) the function of a *Malassezia* flavohemoglobin-encoding gene acquired by horizontal gene transfer from Actinobacteria. Tacrolimus (FK506), ascomycin, and pimecrolimus are calcineurin inhibitors that in some cases are used as topical drug treatments on the skin. While *M. furfur* and *M. sympodialis* showed in vitro sensitivity to these agents, *fkb1*? mutants displayed full resistance to all three, indicating that FKBP12 is the target of calcineurin inhibitors and it is essential for their activity. In accord, spontaneous *M. sympodialis* isolates resistant to FK506 had mutations in the *FKB1* gene, with the majority of them found in a TTTTCCCCC homopolymer repeat. No sexual cycle for any *Malassezia* species has as yet been identified. Analysis of the PacBio genome assemblies of *M. furfur* isolates identified a pseudobipolar mating type system with the pheromone/pheromone receptor (A) and the homeodomain protein (B) loci partially linked as they are on the same chromosome, but distant enough (~590 kb) to enable recombination. *A1B1*, *A2B2*, *A1B2* and *A2B1* combinations were identified, consistent with recombination between the A and B MAT loci. These findings combined with the availability of developed genetic markers will facilitate studies that aim to define the sexual cycle of *Malassezia*.

**643W Genetics in support of geomycology: melanin-deficient fungus is less capable of adhesion, but promotes mineral weathering nevertheless.** Ruben Gerrits¹,³, Rasesh Pokharel², Nicole Knabe¹, Jan A. Schüssler², Ines Feldmann¹, Friedhelm von Blanckenburg²,³, *Anna A. Gorbushina*¹,³ 1) Materials and the Environment, Federal Institute of Materials Research and Testing, Berlin, Germany; 2) GFZ German Research Centre for Geosciences, 3.4 Earth Surface Geochemistry, Potsdam, Germany; 3) Freie Universität Berlin, Department of Biology, Chemistry and Pharmacy & Department of Earth Sciences, Berlin, Germany.

Soil formation on rock surfaces is intrinsically coupled to primary microbial colonisation of the atmosphere-lithosphere interface. Rock-inhabiting microbial life is ubiquitous but the mechanisms of biofilm establishment and more importantly, quantification of its geological input are so far only possible to be studied in simplified, well-controlled laboratory experiments. In a previous study [1] a laboratory biofilm consisting of the phototrophic cyanobacterium *Nostoc punctiforme* ATCC 29133 and the rock-inhabiting ascomycete *Knufia petricola* A95 was tested for its mineral weathering potential. Mineral dissolution was enhanced in biotic experiments as compared to abiotic ones. Here the influence of *K. petricola* strain A95 and a recently constructed melanin deficient mutant (A95ΔPKS) were used to study the influence of fungal pigments on weathering of forsteritic olivine. The olivine with fungal biomass was submerged in a nutrient solution (pH 6.2) in batch-reactor flasks that were incubated for 90 d at 25°C and 90 µmol photons.m⁻².sec⁻¹, while shaken at 150 rpm. qPCR was used to quantify the growth of fungi. Mineral dissolution was quantified by ICP-OES analysis of the liquid medium while SEM-EDX analysis of the solid phase was used to determine secondary mineral formation and visualise growth behaviour. Wild type and mutant accelerated dissolution of the mineral: over time both release more Mg and Si from olivine than the abiotic control. Also SEM revealed a closer physical contact of the wild type cells to the mineral and a higher production of EPS of the melanin mutant A95ΔPKS. This important difference in the ability of the wild type strain to adhere to the mineral surface might be crucial in maintaining a biologically modified environment. This biologically engineered habitat serves as a place where mineral dissolution as well as deposition of metabolic products (EPS + pigments) can impact the rock surface. We expect this study to increase the awareness on the impact of microbiology, and more specifically, rock-inhabiting fungi on mineral weathering.

**644T Identification of specific Targets for early Diagnosis of Mucormycosis.** C. Baldin¹, S. Soliman¹,², T. Gebremariam¹, V. Bruno³,⁴, J. Edwards¹,⁵, A. Ibrahim¹,⁵ 1) Division of Infectious Diseases, Los Angeles Biomedical Research Institute, Harbor-UCLA Medical Center, Torrance, CA; 2) Department of Medicinal Chemistry, College of Pharmacy, University of Sharjah, Sharaja, UAE; 3) Department of Microbiology and Immunology, University of Maryland School of Medicine, Baltimore, MD; 4) Institute for Genome Sciences, University of Maryland School of Medicine, Baltimore, MD; 5) David Geffen School of Medicine at UCLA, Los Angeles, CA.

Mucormycosis is a life-threatening infection caused by fungi in the order Mucorales. Among them, *Rhizopus spp.* are responsible for almost 70% of all cases of mucormycosis, followed by *Mucor spp.* and *Lichteimia spp.* The major predisposing risk factor for mucormycosis is an impaired immune system caused by neutropenia, corticosteroid treatment, and uncontrolled diabetes with or without ketoacidosis. Patients with severe trauma and burns, without prior immune deficiency, are also at increased risk of developing mucormycosis. Standard treatment of mucormycosis involves both surgical removal of infected tissue and antifungal therapy. However, mortality rates of all forms of mucormycosis are approximately 50%. In patients with prolonged neutropenia, disseminated disease or cerebral involvement, mortality can reach 90-100%. The rapid progression of the disease and the current lack of early and effective diagnostic methods (current methods rely on histopathological, microbiological and radiological methods) contribute to the high mortality rates.

Up to date, few alternatives have been proposed for early identification of Mucorales in biological samples and all rely on PCR-based detection of specific fragments of the 18S and 28S genes. In the present study, we suggest a novel target for our PCR-based approach: the spore coating protein homolog encoding *CotH* genes. These Mucorales-specific genes encode cell surface proteins that are involved in mucormycosis pathogenesis. We performed bioinformatic analyses to identify short consensus sequences present in most *CotH* gene sequences to be used as PCR primers. Several candidates were tested in PCR reactions using gDNA extracted from biological samples
spiked with *R. delemar*, *R. oryzae*, *M. circinelloides*, *L. corymbifera* and *Cunninghamella bertholletiae*. Different primer sets showed diverse specificity and sensitivity. Some of our candidate primers were able to amplify the specific sequence from more than one Mucorales species and allowed us to differentiate between Mucorales and closely related filamentous fungus, e.g. *Aspergillus fumigatus*. Some of these primers successfully amplified their targeted fragment from biological samples taken from mice infected with different Mucorales as early as 24 h post infection. These encouraging results warrant further development of *CotH* and their protein targets for early diagnostics of mucormycosis.

**645F Functional Study of Protein Kinases in The Fruiting Development of Model Mushroom—Coprinopsis Cinerea.** k. Chan, J. Chang, H. Kwan school of life science, the chinese university of hong kong, hong kong, CHINA.

**Introduction:** Phosphorylation between different protein kinases triggers activation or inhibition of downstream targets affecting their activities and mediating their developmental responses to growth factors, environmental signals, internal processes, and vital roles in signal transduction pathways. Protein kinases not only are crucial to the signal transduction, but also are master switches of development. Some protein kinases are proposed to be important in mushroom development processes. Activation or inhibition of putatively important kinases involved in signaling transduction pathway for fruiting would affect the fruiting development. *Coprinopsis cinerea* is a model mushroom for studies of developmental processes in homobasiromycetous fungi. The fruiting development of *C. cinerea* depends on the sensing of environment conditions, such as light, temperature, humidity and nutrients. The signal transduction pathways from the environmental condition sensors to the regulators and reproduction has been an important research topic.

**Aims:** This study investigated identified kinases involved in *C. cinerea* fruiting body development. Through the functional study of selected putative regulatory kinases, we would have a better understanding of the pathway between external stimuli and fruiting body initiation and development.

**Methods:** Small interfering RNA(siRNA) of different candidate genes, such as Cc.frg and Cc.neg, was applied to *C. cinerea* culture externally to transiently knockdown potential regulators for fruiting development. With or without kinase inhibitors siRNA was applied to knockdown particular candidate genes under different unfavourable conditions. The efficacy of siRNA was tested by real-time PCR assays.

**Results:** The transient knockdown with Cc.frg siRNA cultures produced deformed fruiting body and some showed retarded fruiting body development. The culture with Cc.neg siRNA and without inhibitor under excessive glucose, on the other hand, continued fruiting body development gradually, when compared with the control.

**Discussion:** By gene knockdown, we confirmed that Cc.frg gene is involved in the fruiting body initiation and control further development of fruiting body. Besides, there was signal transduction pathway between Cc.frg and Cc.neg that regulates the fruiting of *C. cinerea*, as Cc.neg responded to nutritional stimuli.

**646W Proteomics and transcriptomics of interacting mycelia of the brown rot fungi *Postia placenta* and *Gloeophyllum trabeum* in in-tact aspen wood.** G.N. Presley¹, E. Panisko², J. S. Schilling ¹ 1) Bioproducts and Biosystems Engineering, University of Minnesota, St. Paul, MN; 2) Chemical and Biological Processes Development Group, Pacific Northwest National Laboratory, Richland, WA.

Brown rot fungi differentially express proteins at the leading hyphal front of fungal cultures during wood decay to spatially segregate incompatible chemical oxidants and hydrolytic enzymes. However, many upregulated gene products do not appear to be involved in wood catabolism and may mediate other processes such as interspecific combat. In this study we identified transcripts and proteins that mediate hyphal interactions between two well studied brown rot fungi, *Postia placenta* and *Gloeophyllum trabeum* by describing the transcriptome and secretome of their interacting mycelia. *Postia placenta* and *Gloeophyllum trabeum* were grown in opposition to one another on 60 x 25 x 3 mm aspen wood wafers until the two hyphal fronts encountered one another and formed a boundary line. Total RNA was isolated from the interaction zone and 5 mm behind on either side of the interaction zone and was subjected to RNA sequencing. Extracellular protein was extracted from equivalent sections from pools of 15 replicate interaction wafers and subjected to LC-MS/MS analysis and select enzyme assays. This work identifies elements of the brown rot transcriptome and secretome that may mediate interspecific interactions during wood decay and provides the groundwork for identifying the biological function of otherwise uncharacterized basidiomycete proteins.

**647T Effects of light on sporulation and gene expression in the oomycetes *Phytophthora infestans* and *Phytophthora capsici*.** Andrea Vu, Howard Judelson Department of Plant Pathology and Microbiology, University of California, Riverside, CA.

Light plays a role in the life and disease cycles of *Phytophthora*, and is particularly important relative to sporangium production. Within this genus of important plant pathogens, different species exhibit distinct responses to light. For example, while sporulation is repressed or delayed by light in species such as the potato blight pathogen *P. infestans*, other species such as *P. capsici* require light for sporulation. This is not believed to be related to a photoentrainable circadian rhythm. Our goal is to understand which genes are regulated by light, and how these genes are integrated into the sporulation program. Preliminary experiments identified the wavelengths and light intensities that affected development in *P. infestans* strain 1306 and *P. capsici* strain LT1534. Using Illumina technology, RNA-seq was performed using *P. infestans* grown under constant light, constant dark, and a 12-hour light/dark cycle, and *P. capsici* under similar conditions. Differentially expressed genes in the sporulation time-courses were classified based on whether they were expressed prior to or after the light-regulated stage. In the early pre-sporulation timepoint, about 430 genes were up-regulated and 80 down-regulated in *P. infestans*. In contrast, only about 80 genes were up-regulated and 180 genes down-regulated in *P. capsici*. The differentially expressed genes included those involved in signal transduction (especially transcription factors and protein kinases), metabolism, and forming the structural components of sporangia and zoospores.

**648F Saccharomyces Genome Database: Outreach and online training services.** K.A. MacPherson, K.S. Dalusag, O. Lang, S.T. Hellerstedt, S.R. Engel, J.M. Cherry, The SGD Project Department of Genetics, Stanford University, Palo Alto, CA.

The *Saccharomyces* Genome Database (SGD; http://www.yeastgenome.org) is the leading community resource for the budding yeast S. cerevisiae. SGD provides high-quality, manually curated information on the yeast genome and offers a wide variety of tools and features that have made it an indispensable resource for many researchers. To inform our user community about new developments at SGD, improve familiarity with SGD features and tools, and increase public awareness of the importance of yeast to biological and biomedical research, SGD has engaged in a variety of online training services and outreach efforts. Here we present the SGD Webinar Series, a series
of interactive webcasts aimed at demonstrating the SGD website and the value of yeast as a model organism, and the SGD YouTube channel, which currently provides over 30 useful help videos and quick tutorials (http://www.youtube.com/SaccharomycesGenomeDatabase). We will continue to develop these services to provide outreach to students and scientists on the significance and beauty of biology, and facilitate greater use and understanding of the resources made available by SGD. This work is supported by a grant from the NHGRI (U41 HG001315).

**649W The Saccharomyces Genome Database Variant Viewer.** O. Lang, T. Sheppard, B. Hitz, S. Engel, G. Song, *T. Jackson*, J.M. Cherry Genetics, Stanford University, Palo Alto, CA.

The complete genome sequence of the budding yeast *Saccharomyces cerevisiae*, and its annotation, is maintained by the *Saccharomyces* Genome Database (SGD; www.yeastgenome.org), as a public resource for researchers. Until recently, the genome sequence displayed at SGD has been derived solely from the S288C strain background. We have now incorporated 11 additional S. cerevisiae genomes into SGD, as well as providing their annotation. We have also developed a new Variant Viewer to further support the community's analysis of these new data. Variant Viewer allows visualization and comparison of sequences from multiple strains. Users can quickly scan the entire genome, or a subset of genes, for overviews of both slight and significant sequence differences. SGD's Variant Viewer also includes a more detailed comparison of sequence differences between strains that highlights insertions, deletions, and SNPs that is available for both viewing and download. The Variant Viewer offers yet another way to explore the genomic sequence data available at SGD, as part of our continuing mission to educate students, enable bench researchers and facilitate scientific discovery. This work is supported by a grant from the NHGRI (U41 HG001315).

**650T Production of Folipastatin and Unguinol in Talaromyces virginiae, sp. nov. correlates with its ability to inhibit growth and aflatoxin synthesis of Aspergillus parasiticus.** A. Chanda, Phani M. Gummadidala, Virginia E Hopkins, Chandrani Mitra Environmental Health Sciences, University of South Carolina, Columbia, SC.

The bioactive secondary metabolites, Folipastatin and Unguinol have been reported mostly from the genus Aspergillus and Penicillium. In this study we report a novel strain, *Talaromyces virginiae* sp. nov., discovered from sediment samples from a salt pond on San Salvador, The Bahamas (24°01′N, 74°27′W). The strain produced a red colored metabolite fraction that primarily consisted of the secondary metabolites folipastatin and unguinol when grown in oatmeal agar and potato dextrose agar but not in yeast extract agar. Scanning electron micrographs of *T. virginiae* colonies grown on potato dextrose agar revealed its morphological characteristics that are typical of the red pigment producing species within the genus Talaromyces. Multigene phylogenic analysis (ITS and β-tubulin) confirmed its unique nature. Finally, we show that this novel Talaromyces strain has the ability to inhibit growth and synthesis of the hepatocarcinogen, aflatoxin of *Aspergillus parasiticus*, a popular plant pathogen, which correlates with its ability to synthesize these secondary metabolites. This is the first evidence of biosyntheses of folipastatin and unguinol by the genus Talaromyces and highlights the ecological and public health significance of the genus Talaromyces.

**651F Transcriptional profiling of the Phytophthora infestans life cycle reveals stage-specific transcription factors.** Wipawee Leesutthiphonchai, Audrey Ah-Fong, Howard Judelson Department of Plant Pathology and Microbiology, University of California Riverside, Riverside, CA, USA.

Our goal is to characterize the regulatory networks that control life stage transitions in *Phytophthora infestans*, the oomycete that causes the late blight diseases of potato and tomato. About 194 sequence-specific transcription factors have been annotated in the *P. infestans* genome. In this work, we used RNA-seq to monitor the expression of transcription factors in developmental stages including nonsporulating mycelia, sporangia, sporangia chilled to induce zoosporogenesis, zoospores, germinated cysts, and plant infection. Robust expression calls were made for 114 transcription factor genes and 75 percent are predominantly expressed in sporangia, cleaving sporangia, zoospores, and germinated cysts compared to hyphae. Genes encoding HLH, bZIP, and TUB transcription factors were over-represented among the spore-induced genes. To understand the roles of such proteins, we selected transcription factors specific to the sporangia and zoosporogenesis stages and generated knockdown strains using transgene-mediated silencing. We found that strains knocked-down for three transcription factors exhibited little or no sporulation. In some cases, however, this may have been due to off-target silencing caused by heterochromatin spreading from the target locus to adjoining sequences. A subset of transformants were silenced for the transcription factor gene with no effect on adjoining loci. While showing reduced sporulation, these were not impaired in growth on media or in plant pathogenesis.

**652W Puccinia striiformis f. sp. tritici isolates recovered from rusted barberry in the western Shaanxi in 2016 and its pathogenicity on Chinese and Yr-gene line differentials.** J. Zhao, Y. Y. Zhao, S. X. Zuo, Z. M. Du, Z. S. Kang College of Plant Protection, Northwest A&F University, Yangling, Shaanxi, CN.

Wheat stripe (or yellow) rust, caused by biotrophic fungus *Puccinia striiformis* f. sp. *tritici* (*Pst*), is one of the most destructive diseases on wheat worldwide. Severe epidemic of the disease resulted in huge yield loss. The resistance of wheat cultivars often was often overcome by new races of *Pst* within a few years after their release. Generally, mutation, heterokaryosis, and sexual recombination are considered as major approaches for emergence of new races resulting from virulence variation. Sexual reproduction of *Pst* has not been known for centuries until the finding of barberry (*Berberis*) serving as alternate host for *Pst*. Focus on roles of barberry in occurrence of stripe rust on wheat and virulence variation of *Pst* were made. In this study, we obtained 103 isolates of *Pst* from aecial pustules of diseased barberry (*B. shensiana* Ahrendt) in spring in Baoji, Shaanxi by inoculation on susceptible wheat (cv. Mingxian 169). Each of all *Pst* isolates was tested pathogenicity on Chinese differentials consisting of 19 wheat cultivars and 27 single Yr gene line differentials, respectively, and Mingxian 169 was used as control in all tests. The results of all *Pst* isolates on Chinese differentials indicated that 58 of the 103 isolates were current known races and 35 were new races. The former were grouped into four race groups including Hy46 race group (CYR32, Hy-103, and Hy-30), G22 race group (G22-14, 68, 72, 9, and 91), Su11 race group (Su11-14-3, 24, and 68), and ZS race group (ZS-6). All of *Pst* isolates on 27 Yr-gene line differentials produced 76 various virulence patterns, presenting a high diversity in virulence. Our studies here provide more sufficient evidences, combined with results of the past three individual years, for supporting the fact that sexual cycle of *Pst* occurs in
nature in areas where susceptible barberry and wheat coexist in China, which plays important roles in virulence variation through sexual recombination and in providing inoculums to cause stripe rust infection on wheat plants in field.

**653T Improving STEM student retention via early research engagement: a pilot.** Michael Watters, Patrice Bouyer Dept Biol, Valparaiso Univ, Valparaiso, IN.

We describe here the results of a pilot study, the goal of which was to expose freshman to an ongoing research project during the academic year to promote student growth and improve retention in the STEM disciplines. Freshmen worked with a faculty mentor and were also chaperoned by a more senior student researcher in order that they learn lab techniques and the capacity to work independently. Participants were fully engaged in a research project (performing experiments, analyzing and discussing results), not a classic classroom project, but discovery based projects. By bringing students into the research lab at this early stage, our aim was to improve retention by allowing science students to actually *act* as scientists, providing an enhanced experience over the usual freshman survey course content. Of the 6 students who joined the program as freshmen, 5 are still in their major, 4 are still actively engaged in research with a faculty member and have co-authored 11 different papers and conference presentations as of their junior year.

**654F EPIC: Establishing Practices for Integrating Commuter students – Year 0.** Michael Watters¹, Kristi Bugajski¹, Mindi Capaldi³, Karl Schmitt³, Jon Schoer², Bonnie Dahlke⁴ 1) Dept Biol, Valparaiso Univ, Valparaiso, IN; 2) Dept Chem, Valparaiso Univ, Valparaiso, IN; 3) Dept Math & Stats, Valparaiso Univ, Valparaiso, IN; 4) Valparaiso Univ, Valparaiso, IN.

Commuter students face challenges which distinguish them from resident students. Commuters are more likely to work off campus (of necessity). Commuters are less likely to avail themselves of academic opportunities which are not required for their degrees. Commuters are also less likely to be socially engaged with the wider campus community. These factors have all been shown individually to have a detrimental impact on student success, causing overall lower graduation rates among commuters.

We report here the outline of a program, currently funded by the NSF S-STEM program, designed to address these issues and to assess the impact of the planned interventions on commuter students. The progress and assessment will be reported as available.

**655W Effects of a dsRNA mycovirus (PoV-ASI2792) on the vegetative growth of the edible mushroom *Pleurotus ostreatus*.** H Song¹, D Kim², J Kim¹ 1) Bio-Environmetnal Chemistry Dept, WKU, South Korea; 2) Molecular Biology Dept, JBNU, South Korea.

A double-stranded RNA (dsRNA) mycovirus was detected in malformed fruiting bodies of *Pleurotus ostreatus* strain ASI2792, one of bottle cultivated commercial strains of the edible oyster mushroom. The partial RNA-dependent RNA polymerase (RdRp) gene of the *P. ostreatus* ASI2792 mycovirus (PoV-ASI2792) was cloned, and a cDNA sequences alignment revealed that the sequence was identical to the RdRp gene of a known PoSV found in the *P. ostreatus* strain. To investigate the symptoms of PoV-ASI2792 infection by comparing the isogenic virus-free *P. ostreatus* strains with a virus-infected strain, isogenic virus-cured *P. ostreatus* strains were obtained by the mycelial fragmentation method for virus curing. The absence of virus was verified with gel electrophoresis after dsRNA-specific virus purification and Northern blot analysis using a partial RdRp cDNA of PoV-ASI2792. The growth rate and mycelial dry weight of virus-infected *P. ostreatus* strain with PoV-ASI2792 mycovirus were compared to those of three virus-free isogenic strains on 10 different media. The virus-cured strains showed distinctly higher mycelial growth rates and dry weights on all kinds of experimental culture media, with at least a 2.2-fold higher mycelial growth rate on mushroom complete media (MCM) and Hamada media, and a 2.7-fold higher mycelial dry weight on MCM and yeast-malt-glucose agar media than those of the virus-infected strain. These results suggest that the infection of PoV mycovirus has a deleterious effect on the vegetative growth of *P. ostreatus*.
Numbers with an asterisk * after the number indicate they are the presenting author.

A

<table><tr><td>Abbruscato, P.,234F</td></tr><tr><td>Abdallah, N.,</td></tr><tr><td>Abe, K.,</td></tr><tr><td>Abou-Mansour, E.,</td></tr><tr><td>Ackapinar, Gunseli,..</td></tr><tr><td>Acosta, Wilson,..</td></tr><tr><td>Acquadro, A.,</td></tr><tr><td>Adamiak, Holger,</td></tr><tr><td>Adams, C. A.,</td></tr><tr><td>Adams1, Rachel,</td></tr><tr><td>Adenigba, O. O.,</td></tr><tr><td>Adpressa, D.,</td></tr><tr><td>ADREIT, Henri,</td></tr><tr><td>Aebi, M.,</td></tr><tr><td>Aebi, Markus,</td></tr><tr><td>Affeldt, K. J.,</td></tr><tr><td>Ag, N.,</td></tr><tr><td>Agrawal, N.,</td></tr><tr><td>Aguilar Pontes, M. V.,</td></tr><tr><td>Aguilar-Pontes, M. V.,</td></tr><tr><td>Aguiletta, G.,</td></tr><tr><td>Ah-Fong, Audrey,</td></tr><tr><td>Ahren, Dag,</td></tr><tr><td>Ahrendt, S.,</td></tr><tr><td>Ahrendt, Steven,</td></tr><tr><td>Ahrens, Lisa-Marija,</td></tr><tr><td>Ahuja, Manmeet,</td></tr><tr><td>Aime, M. C.,</td></tr><tr><td>Akagi, Y.,</td></tr><tr><td>Akai, K.,</td></tr><tr><td>Akers, Natalie,</td></tr><tr><td>Al Abdallah, Q.,</td></tr><tr><td>Alam, Md Ashiqu,</td></tr><tr><td>Alanazi, Ahlam,</td></tr><tr><td>Alawfi, Sami,</td></tr><tr><td>Alazi, E.,</td></tr><tr><td>Albert, Ryan,</td></tr><tr><td>Alder, A.,</td></tr><tr><td>Alenezi, M. A. K.,</td></tr><tr><td>ALFURAIJI, N.,</td></tr><tr><td>Al-Furaji, N.,</td></tr><tr><td>Alharthi, Amani,</td></tr><tr><td>Allen, Katie,</td></tr><tr><td>Allen-Vercoe, E.,</td></tr><tr><td>Almeida, M. C.,</td></tr><tr><td>Alonso Monroy,</td></tr><tr><td>Alberto,</td></tr><tr><td>Al-Salihi, Suhad,</td></tr><tr><td>Altamirano, D.Sophie,</td></tr><tr><td>Altmüller, J.,</td></tr><tr><td>Alvarez-Escribano, I.,</td></tr><tr><td>Amaike Campen,</td></tr><tr><td>Saori,</td></tr><tr><td>Amaike-Campen, Saori,</td></tr><tr><td>Amano, Hitoshi,</td></tr><tr><td>Ambrosio, A.,</td></tr><tr><td>Ament-Velasquez,</td></tr><tr><td>S. L.,</td></tr><tr><td>AMSELEM, J.,</td></tr><tr><td>Amses, K. R.,</td></tr><tr><td>Asantzis, G.,</td></tr><tr><td>Andersen, L. N.,</td></tr><tr><td>Andersen, M.,</td></tr><tr><td>ANDERSEN, M. R.,</td></tr><tr><td>Andersen, M. R.,</td></tr><tr><td>Andersen, M. R.,</td></tr><tr><td>Anderson, Marilyn,</td></tr><tr><td>Andika, Ida Bagus,</td></tr><tr><td>Andreopoulos, W.,</td></tr><tr><td>Andreopoulos, William,</td></tr><tr><td>Andrianopoulos, A.,</td></tr><tr><td>Andrianopoulos, Alex,</td></tr><tr><td>Anh, D. V.,</td></tr><tr><td>Anta, Francisco,</td></tr><tr><td>Ao, Jie,</td></tr><tr><td>Apken, L.,</td></tr><tr><td>Archana, A.,</td></tr><tr><td>Arechiga-Carvajal, E.,</td></tr><tr><td>Arentshorst, M.,</td></tr></table>

<table><tr><td>Argotti, Eduardo,</td></tr><tr><td>Arie, T.,</td></tr><tr><td>Arita, T.,</td></tr><tr><td>Ariyawansa, S.,</td></tr><tr><td>Arkin, Adam,</td></tr><tr><td>Arkin, Adam P.,</td></tr><tr><td>Arndt, B.,</td></tr><tr><td>Arnold, Jonathan,</td></tr><tr><td>Arnold, Stephanie,</td></tr><tr><td>Arredondo, Felipe,</td></tr><tr><td>Arshed, Saadiah,</td></tr><tr><td>Asai, S.,</td></tr><tr><td>Asamura, Taro,</td></tr><tr><td>Asaria, Iman,</td></tr><tr><td>Asch, David,</td></tr><tr><td>Asfaw, Y.,</td></tr><tr><td>Ashton, P. M.,</td></tr><tr><td>Asman, Anna,</td></tr><tr><td>Assa, D.,</td></tr><tr><td>Aßmann, D.,</td></tr><tr><td>A tanasova, Lea,</td></tr><tr><td>Au, Chun Hang,</td></tr><tr><td>Aubin, Yves,</td></tr><tr><td>Audeon, C.,</td></tr><tr><td>Auvinen, Petri,</td></tr><tr><td>Avalos, J.,</td></tr><tr><td>Avalos, Javier,</td></tr><tr><td>Avila, Cristina,</td></tr><tr><td>Ayhan, D. H.,</td></tr><tr><td>Ayliffe, M.,</td></tr><tr><td>Ayukawa, Y.,</td></tr><tr><td>Azimova, D. R.,</td></tr></table>

B

<table><tr><td>Baccile, J.,</td></tr><tr><td>Bachellier-Bassi, S.,</td></tr><tr><td>Bachleitner, S.,</td></tr><tr><td>Badis, Y.,</td></tr><tr><td>Badouin, H.,</td></tr><tr><td>Baek, M.,</td></tr><tr><td>Baermann, G.,</td></tr><tr><td>Báez-Ojeda, Lizeth,</td></tr><tr><td>Bahadoor, Adilah,</td></tr><tr><td>Baidoo, Edward,</td></tr><tr><td>Bailey, Andrew M.,</td></tr><tr><td>Bailey, Andy,</td></tr><tr><td>Bajaj, R.,</td></tr><tr><td>Baker, L.G.,</td></tr><tr><td>Baker, S.,</td></tr><tr><td>BAKER, S. E.,</td></tr><tr><td>Bakker, L. V.,</td></tr><tr><td>Bakonyi, J.,</td></tr><tr><td>Bal, Jyotiranjan,</td></tr><tr><td>Baldin, C.,</td></tr><tr><td>Baldrich, P.,</td></tr><tr><td>Baldwin, Thomas,</td></tr><tr><td>Balesdent, Marie-Hélène,</td></tr><tr><td>Balesdent, M.-H.,</td></tr><tr><td>Balesdent, M. H.,</td></tr><tr><td>Balico, L. L. L.,</td></tr><tr><td>Bálint, B.,</td></tr><tr><td>Banani, H.,</td></tr><tr><td>Banerjee, S.,</td></tr><tr><td>Bange, G.,</td></tr><tr><td>Bango, Zackary,</td></tr><tr><td>Banjara, N.,</td></tr><tr><td>Barad, S.,</td></tr><tr><td>Barda, O.,</td></tr><tr><td>Barkla, B. J.,</td></tr><tr><td>Barnes, I.,</td></tr><tr><td>Barnes, Irene,</td></tr><tr><td>Baroncelli, R.,</td></tr><tr><td>Barrales, Ramon,</td></tr><tr><td>Barrios Gozalez, J.,</td></tr><tr><td>Barron Gutierrez, A.,</td></tr></table>

<table><tr><td>Barry, K.,</td></tr><tr><td>Barry, Kerrie,</td></tr><tr><td>Barholomai, Bradley,</td></tr><tr><td>Bartnicki-Garcia,</td></tr><tr><td>Salomon,</td></tr><tr><td>Bary, Vinay,</td></tr><tr><td>Basenko, Evelina,</td></tr><tr><td>Bassik, M. C.,</td></tr><tr><td>Basso, V.,</td></tr><tr><td>Bastiaans, E.,</td></tr><tr><td>Battaglia, E.,</td></tr><tr><td>Baudo, C. D.,</td></tr><tr><td>Baudo, Charles D.,</td></tr><tr><td>Baum, T.,</td></tr><tr><td>Baumann, L.,</td></tr><tr><td>Baumann, Sebastian,</td></tr><tr><td>Bawa, P.,</td></tr><tr><td>Bayon, C.,</td></tr><tr><td>Bayram Akcapinar,</td></tr><tr><td>Gunseli,</td></tr><tr><td>Beardsley, J.,</td></tr><tr><td>Beattie, S.,</td></tr><tr><td>Beattie, S. R.,</td></tr><tr><td>Beaudet, D.,</td></tr><tr><td>Bebber, Dan,</td></tr><tr><td>Beccari, G.,</td></tr><tr><td>Becker, K.,</td></tr><tr><td>Becker, Y.,</td></tr><tr><td>Beckerman, Janna,</td></tr><tr><td>Bedekovic, T.,</td></tr><tr><td>Beever, Ross,</td></tr><tr><td>Begerow, D.,</td></tr><tr><td>Begerow, Dominik,</td></tr><tr><td>Beier, A.,</td></tr><tr><td>Belay, Kassaye,</td></tr><tr><td>Bell-Pedersen, D.,</td></tr><tr><td>Belova, O.,</td></tr><tr><td>Benfield, A. H.,</td></tr><tr><td>Benito, Ernesto P.,</td></tr><tr><td>Bennett, Jared,</td></tr><tr><td>Bennett, Joan, W.,</td></tr><tr><td>Bennett, R. J.,</td></tr><tr><td>Benocci, T.,</td></tr><tr><td>Benoit-Gelber, Isabelle,</td></tr><tr><td>Benucci, GMM,</td></tr><tr><td>Berger, Dave,</td></tr><tr><td>Berger, DK.,</td></tr><tr><td>Berman, J.,</td></tr><tr><td>Berne, S.,</td></tr><tr><td>Berrin, JG,</td></tr><tr><td>Bertazonni, Stefania,</td></tr><tr><td>Bertazzoni, S.,</td></tr><tr><td>Bertolini, Maria Célia,</td></tr><tr><td>Bertolini, M. C.,</td></tr><tr><td>Bertsch, C.,</td></tr><tr><td>Besharat, Naghmeh,</td></tr><tr><td>Betz, R.,</td></tr><tr><td>Beyhan, S.,</td></tr><tr><td>Beyhan, Sinem,</td></tr><tr><td>Bhatnagar, D.,</td></tr><tr><td>Bian, Z.,</td></tr><tr><td>Bibi, S.,</td></tr><tr><td>Bidard, F.,</td></tr><tr><td>Bidard, Frederique,</td></tr><tr><td>Biega, A.,</td></tr><tr><td>Biermann, A. R.,</td></tr><tr><td>Bilanenko, E. N.,</td></tr><tr><td>Billmyre, B.,</td></tr><tr><td>Billmyre, Blake,</td></tr><tr><td>Billmyre, R. Blake,</td></tr><tr><td>Bilton, Z.,</td></tr><tr><td>Bitencourt, T. A.,</td></tr><tr><td>Black, C.,</td></tr><tr><td>Blackwell, Barbara,</td></tr><tr><td>Blackwell, Meredith,</td></tr><tr><td>Blackwood, C.,</td></tr><tr><td>Blaise, F.,</td></tr><tr><td>Blaise, Françoise,</td></tr></table>

<table><tr><td>Blank, L. M.,</td></tr><tr><td>Blaschke, C.,</td></tr><tr><td>Blaxter, M.,</td></tr><tr><td>Bleackley, Mark,</td></tr><tr><td>Bliss, J. M.,</td></tr><tr><td>Blondeau, K.,</td></tr><tr><td>Blondeau, Karine,</td></tr><tr><td>Bluhm, B.,</td></tr><tr><td>Bluhm, B. H.,</td></tr><tr><td>Bluhm, Burton,</td></tr><tr><td>Blum, Ailisa,</td></tr><tr><td>Blum, C.,</td></tr><tr><td>Bock, Clive H.,</td></tr><tr><td>Boddy, L.,</td></tr><tr><td>Bodie, E.,</td></tr><tr><td>Boekhout, Teun,</td></tr><tr><td>Boelker, M.,</td></tr><tr><td>Boenisch, Marike,</td></tr><tr><td>Boenisch, M. J.,</td></tr><tr><td>Boesch, K.,</td></tr><tr><td>Boevink, P.,</td></tr><tr><td>Böhmdorfer, Stefan,</td></tr><tr><td>Bok, J.,</td></tr><tr><td>Bok, Jin-Woo,</td></tr><tr><td>Bölker, M.,</td></tr><tr><td>Bolton, Melvin,</td></tr><tr><td>Bon, E. P. S.,</td></tr><tr><td>Bonazza, Klaus,</td></tr><tr><td>Bonito, G.,</td></tr><tr><td>Bonito, Gregory,</td></tr><tr><td>Bonner, C.,</td></tr><tr><td>Bonner, Christopher,</td></tr><tr><td>Boppidi, K.,</td></tr><tr><td>Boppidi, Karthik,</td></tr><tr><td>Borhan, M. H.,</td></tr><tr><td>Bormann, J.,</td></tr><tr><td>Bosman, Saskia,</td></tr><tr><td>Bosnich, Whynn,</td></tr><tr><td>Bosnjak, Natasa,</td></tr><tr><td>Bougnoux,</td></tr><tr><td>Marie-Elisabeth,</td></tr><tr><td>Bougnoux, M. E.,</td></tr><tr><td>Boulware, David,</td></tr><tr><td>Boureghda, H.,</td></tr><tr><td>Bourras, Salim,</td></tr><tr><td>Bouwmeester, Klaas,</td></tr><tr><td>Bouyer, Patrice,</td></tr><tr><td>Bowen, J.,</td></tr><tr><td>Bowen, Joanna,</td></tr><tr><td>Bowen, Johanna K.,</td></tr><tr><td>Bowyer, P.,</td></tr><tr><td>Bowyer, Paul,</td></tr><tr><td>Boyd, A.,</td></tr><tr><td>Bracher, F.,</td></tr><tr><td>Brachmann, Andreas,</td></tr><tr><td>Bradley, E. L.,</td></tr><tr><td>Bradshaw, R.,</td></tr><tr><td>Bradshaw, R. E.,</td></tr><tr><td>Bradshaw, Rosie,</td></tr><tr><td>Bragg, Paige,</td></tr><tr><td>Brakhage, A.,</td></tr><tr><td>Brakhage, A.A,</td></tr><tr><td>Brakhage, A. A.,</td></tr><tr><td>Branco, S.,</td></tr><tr><td>Brand, A.,</td></tr><tr><td>Brand, A. C.,</td></tr><tr><td>Brandenbourg, J.-T.,</td></tr><tr><td>Mikael,</td></tr><tr><td>Brandt, P.,</td></tr><tr><td>Brandt, U.,</td></tr><tr><td>Brankovics, B.,</td></tr><tr><td>Braus, G.,</td></tr><tr><td>Braus, G. H.,</td></tr><tr><td>Braus, G. H., 9F,</td></tr><tr><td>Braus, G. H., 9F, 88W,</td></tr><tr><td>Braus, G. H., 582F,</td></tr><tr><td>Braus-Stromeyer, S. A.,</td></tr><tr><td>Bravo Nunez, M. A.,</td></tr></table>
Breen, S., 19W
Breen, S. A., 28W
Bregitzer, Phil, 460W
Breitenbach, Romy, 103W
Brem, Rachel, 238W, 600F*
Brennan, R. G., 467T
Brizuela, C., 322W
Brock, M., 72F
Brockmann, A., 570F
Broglie, K. E., 319W
Bromley, M., 83T, 204F
Bromley, Michael, 458T
Bromley, Mike, 359T*
Bromley, M. J., 360F
Brommonnschenkel,
S. H., 319W
Bross, Tanner, 239T
Brown, D., 616W
Brown, Daren W., 391W*
Brown, D. W., 279F
Brown, J., 475W
Brown, J. C. S., 474F
Brown, Kayla, 421W
Brown, N. A., 517W*
Broz, Karen, 37W, 46W,
164T, 169W
Brueggeman, R., 218T
Brueggeman, Robert, 569T
Bruix, M., 133W
Brun, S., 173T, 176T*
Brun, Sylvain, 538W*
Bruno, K. S., 633F*
Bruno, V., 644T
Bruns, T., 223W, 621F
Buda de Cesare,
Giuseppe, 17T
Buecher, Debbie, 353T
Bugajski, Kristi, 654F
Büker, Britta, 626T
Bulik, C., 333F
Bulik-Sullivan, E., 333F
Bulla, I., 582F
Bulone, Vincent, 21F
Buntzman, A. S., 553W
Bunzel, M., 57F
Bus, Vincent, 245T
Bushley, Kathryn E., 276F*
Bushley, K. E., 345F, 436W
Busot, G. Y., 452T
Butchko, R. A. E., 449T
Byrne, K. P., 227T
Byun, J., 262W, 292W, 306F

c

Cabrera-Ponce, J., 187W
389T
Cafarchia, Claudia, 617T
Caffrey, A. K., 459F
Caffrey, Alayna, 3F
Cahill, C., 541W
Cai, Feng, 115W
Caimi, Nicole, 353T
Callejas-Negrete, O.A, 154W*
Callejas-Negrete, O. A., 159F
Callejas-Negrete, Olga, 156F
Calvey, Christopher H., 248T
Calvo, Ana M., 362T
Campanella, Jonatas
Erick, 425T
Campen, S. A., 51F
Candy, A. V., 185T*
Canessa, Paulo, 378F*
Canovas, D., 8T*, 630F*
Capaldi, Mindi, 654F
Capilla, J., 360F, 577W
Carbone, I., 194T, 586W
Carbonw, I., 618F
Carella, G., 335T
Carere, J., 30F
Carlier, F., 174F*
Carlson, A., 114F
Carman, B., 541W
Carr, E., 560T*
Carr, P. D., 360F

Carrasco, U., 166W
Carrasco Navarro,
U., 271W*, 443T
Carreras-Villaseñor,
N., 55W*
Carroll, I., 333F
Carsten, Alexander, 564F
Carter, Helen, 312F
Carter-Wientjes, C., 42F,
545T
Carver, A., 223W*
Cary, J., 42F*, 194T, 545T
Casado-del Castillo,
Virginia, 523W
Casado Lopez, S., 331W*
Cascant-Lopez, E., 471F*
Caster, S. Z., 420F
Castillo, K. D., 420F*
Catalán-Dibene, J., 322W
Cate, J., 635T
Cavinder, B., 284T
Cavinder, Brad, 300F
Cernak, P., 635T
Cerveira, G. C., 585F
Cevik, V., 122T
Chaillot, J., 210F*
Champion, C., 469W
Chan, A. K., 244W
Chan, k., 645F*
Chan, W.-Y., 233T
Chanda, A., 650T*
Chang, Guo-An, 290T
Chang, J., 412W*, 441F,
645F
Chang, Jinhui, 255F
Chang, P., 385W*
Chang, T., 454W
Chang, Xiao Lan, 23T
Chang, Y., 349W*, 559W
Chang, Yun, 107T
Chang, Z., 402F*
Chan Ho Tong, L., 73W*
Chan Ho Tong,
Laetitia, 127W
Chapeland-Leclerc,
F., 171F*, 173T
Charlton, Nikki D., 620T
Chau, T. T., 244W
Chaverri, P., 317T
Chelius, C., 364W
Chen, Chia-Ling, 290T*,
307W
Chen, Chung-Yu, 290T
Chen, Daipeng, 434T
Chen, Chun-Hung, 265W*
Chen, Jay, 339F
Chen, Ko-Hsuan, 479T*
Chen, L., 394W
Chen, Li-Hung, 480F
Chen, N., 114F
Chen, P., 376W
Chen, She, 409W
Chen, X., 492F*, 505W*
Chen, Y., 442W
CHEN, Y., 373W*
CHEN, Yingying, 363F*
Chen, Z., 65T
Cheng, C., 456F
Cheng, Jan-Fang, 294F
Cheng, J.-F., 200T
Cheng, Jiasen, 437T
Cheng, Xuanjin, 255F
Cheong, K., 260T
Cherry, J. M., 648F, 649W
Cheung, Man Kit, 255F
Chiang, Yi-Ming, 70W
Chichester, A., 163W
Chierakul, W., 244W
Chinnaswarmy, Kala, 198F
Chng, S., 313W
Choera, T., 449T
Choi, G., 260T, 534F*
Choi, I., 262W, 292W, 306F
Choi, I.-G., 214W
Choi, Jaeyoung, 285W
Choi, So Yeun, 287T, 288F

Christakou, Eleni, 75F
Chuang, Yu-Chien, 307W
Chun, Jeesun, 25W,
211W*, 285F, 287T, 568W*
Chun, JeeSun, 270F
Ciobanu, D., 200T
Ciobanu, Doina, 294F*
Clairet, Colin, 538W
Clake, Helen, 312F
Clancey, Shelly, 589W
Clarke, D., 439W
Clum, A., 200T
Clum, Alicia, 294F
Coelho, M., 229W
Coetzee, M. P. A., 222F*
Cohen, A. L., 543F*
Cohen, M. J., 163W*
Cohrs, K. C., 141F*
Cohrs, Kim, 372F
Coleman, J., 232W, 512T
Collard, L., 530T*
Collard, Linda, 509T
Colombo, A. L., 209T
Colpaert, J., 613W
Commer, B., 90F*
Commere,
Pierre-Henri, 197T
COMPAIN, J., 551T
Conant, G., 263T
CONFAIS, J., 551T
Coninx, L., 613W
Connolly, Lanelle, 23T, 134T
Connolly, Lanelle R., 311T
Constantin,
Maria-Ermioni, 521T*
Contamine, V., 174F
Cook, David E., 268W*
Cook, D. E., 387F, 511W
Cook, N. M., 313W*
Cooperstein, Isabelle, 117F
Coppin, E., 173T
Coradetti, Samuel, 238W*
Coradetti, S. T., 405F
Corcoran, Pádraic, 606F
Cornejo, O., 505W
Corradi, N., 265W,
296T, 489F
Corrales-Escobosa,
Alma, 557T
Corran, A., 16W
Correll, J., 259W
Corrochano, LM, 428T
Corrochano Pelaez,
Luis M., 148W
Cosarso, D., 296T
Cosetta, Casey, 478W
Coslett, Morgan, 239T
Costa, M. D., 264F
Cotty, Peter, 309F
Couger, B., 254T
Coughlan, Aisling Y., 248T
Courtney, A., 450F
Courville, K., 549F
Covarell, L., 30F
Covo, Shay, 18F*
Cowen, Leah, 466W
Cox, Murray, 97W
Cox, Russell J., 69F
Cramer, R., 456F
Cramer, R. A., 459F
Cramer, Robert, 3F, 415W
Crampton, BG, 590T
Crampton, B. G., 258F
Crampton, Bridget, 302T
Cravador, A., 335T
Craven, J., 99F
Craven, M., 590T
Creamer, J., 253W
Crenshaw, Nicole, 514W
Crocker, A. W., 320T
CROLL, D., 551T
Croll, Daniel, 486F, 552F
Cromie, G., 587T
CROS-ARTEIL,
Sandrine, 614T
Crous, Pedro, 246F, 302T

Crowell, Alexander, 380T
Cruaud, C., 506T
Csukai, Michael, 312F*
Cubba, Caitlyn, 124W
Cuc, N. T. K., 244W
Cuddy, W., 305T
Culley, D., 315F
Cunha, Anderson
Ferrira da, 457W
Cunningham, G., 89T
Cuomo, C., 209T
Cuomo, C. A., 257T, 465F
Cuomo, Christina A., 588F
Cuzick, Alayne, 201F, 266T

D

Dafa-Berger, A., 462F
Daguerre, Y., 469W
Dahlke, Bonnie, 654F
Dahlmann, T. A., 68T, 435F*
Dai, Ziyu, 77T
Daigneault, MC, 463W
Dalle, F., 147F
Dalusag, K. S., 648F
Dam, S., 546F
Damann, K. E., Jr, 310W
Damaso, M. C. T., 58W
Dang, Yunkun, 409W, 437T
Dannebaum, R. O., 451W
DASKALOV, A. I., 183F*
Daugherty, J. M., 474F
Davanture, M., 429F
Davis, Laura, 496W
Davis, M., 439W
Dawe, Angus, 202W
Dawson, Thomas, 617T
Day, J. N., 244W
Dean, R., 532W
Dean, Ralph, 261F
de Beer, Z. W., 602T, 605T
Debets, A., 583W
Debets, A. J. M., 214W,
584T, 603F
Debray, R., 621F
Debuchy, R., 173T
de Freitas Pereira, M., 264F
de Groot, P. W. J., 102F
de Hoog, S., 607W
Deinzer, T., 45F
Delulio, G., 273F*
de Jonge, Ronnie, 556W
de Koster, C., 102F
de Lamo, Francisco, 521T
Delaruelle, Christine, 500T
Deller, Sián, 312F
Delorey, T., 465F
Delph, L., 226W
de Mattos-Shipley,
Kate M. J., 69F*
deMello, A. J., 582F
Dementyeva, Polina, 103W
Demers, E., 320T*
d'Enfert, C., 147F*
d'Enfert, Christophe, 197T
Deng, C., 530T
Deng, Cecilia, 509T
Deng, F., 375F*
Deng, S., 547W*
Deng, Weiwei, 636F
DENG, Y.Z., 105F
Deng, Zhaojie, 424W
Denham, S. T., 474F*
Dentinger, Allison, 447F
Depotter, J., 511W
Depotter, Jasper, 593T*
de Reus, P. E., 601W*
Derevnina, Lida, 529W
De Saeger, S., 42F
De Silva, Nishadi, 266T
Desirò, A., 349W, 559W*
Desiro, Alessandro, 249F, 562W
Desjardin, D. E., 327F
Desveaux, D., 130W, 269T
Deutsch, Sam, 50T
Deveau, A, 469W
de Vires, R. P., 410T
De Vos, L, 233T, 609F
De Vries, R., 289W
de Vries, R., 331W
de Vries, Ronald, 11T
De Vries, Ronald, 366F
DE VRIES, R. P., 243F
de Vries, R. P., 26T, 56T,
57F, 214W, 453F
Dhillon, B., 267F, 282F
Dhingra, S., 456F
Dhingra, Sourabh, 3F
Diana Di Mavungu, J.,
42F, 385W
Díaz Mínguez,
José María, 208W*
Díaz-Mínguez,
J. M., 98T*, 131T*, 523W*
Dietrich, Fred, 354F
Dietrich, Fred S., 275T*
Dietrich, R., 16W
Di Falco, M., 453F
Dijk, K., 583W
Dilks, T., 517W
Dilokpimol, A., 56T, 57F*
Dilokpimol, Adiphol, 11T
Dinkins, Randy D., 528F
Di Pietro, A., 132F, 133W,
181W, 611T, 612F
Di Pietro, Antonio, 43W
Dixelius, Christina, 123F
Djamei, A., 566T
Dodds, P., 303F
Dodds, P. N., 493W
Doehlemann, Gunther, 476T
Dohnalkova, A., 331W
DONG, Liguo, 363F
Dong, Liguo, 186F, 365T
Dong, Yanhong, 46W
Donlin, M.J., 377T
Dörnte, Bastian, 135F, 196W
Dorter, I., 87F*
dos Reis, Thaila, 145W
Dovzhenok, A., 379W
Downes, D. J., 452T
Drechsler, F., 488T
Driessen, Arnold, 40W
Druzhinina, Irina S., 61W*,
78F, 115W*
Dry, Ian, 496W
Du, Z. M., 652W
Duah, Kwamaa, 466W
Dubey, A., 442W
Dubey, A. K., 381F
Dubey, M., 221T
DUCASSE, A., 551T
Dudley, A., 587T
Dudley, E., 215T
DuFour, Mitchell, 569T
Dundon,
Samantha E. R., 104T
Dunlap, Christopher, 353T
Dunlap, J., 152T
Dunlap, Jay, 380T, 415W
Dunlap, Jay C., 104T
Duong, T. A., 595W,
602T*, 605T
Duplessis, Sebastien, 207F*
Duplessis, Sébastien, 500T
Dupont, P., 137T
Dupont, PY., 185T, 558F
Durán, A., 334W, 335T
Dussart, F., 39F*
Dutken, N. M., 199W
Dutta, Tanmoy, 66F
Duval, L., 80T
Dvir, Hay, 535W
Dyer, P., 315F
Dzierzon, Helge, 245T

E

Eastwood, D. C., 215T*
544W*
Eaton, C.J., 185T
Eaton, C. J., 137T, 502W,
558F
Ebert, Malaika, 556W
Edel, D., 16W
Edwards, J., 644T
Eickbush, Michael T., 622W
Ellis, Shannon, 239T
Ellwood, Simon, 636F
Elmore, M. Holly, 604W*
El Mounadi, K., 536T, 537F*
Emerson, J., 152T
Endo, S., 143T
Ene, I. V., 209T*
Engel, S., 649W
Engel, S. R., 648F
English, B. C., 490W
Entler, Matthew, 634W
Erchinger, P., 565W*
Eric, Gelhaye, 29T
Erlendson, Allyson, 134T
Escalante, A. E., 322W
Eschenbrenner, C. J.,
311T, 477F, 599T*
Espeso, E. A., 381F
Esposito, Madison, 23T
E. Stanley, Claire, 555F
Estrela, R., 635T*

F

Fabri, João Henrique
Tadini Marilhano, 457W
Faino, L., 511W
Fajardo, S., 334W, 335T
Falkoski, D. L., 214W
Fan, Yumeng, 383T*
Fang, D., 108F
Fang, Y., 165F*
Fargo, Corinne, 23T
Farmer, A., 16W
Fávaro, L. C. L., 58W
Fejes, B., 10W
Fekete, E., 10W, 585F*
Feldbrügge, M., 76W, 549F
Feldbrügge, Michael, 190W
Feldmann, Ines, 643W
Fenstermacher, K., 41T
Feri, Adeline, 197T
Fernanado, W. G. D., 220W
Fernandez, F. J., 166W
Fernandez Perrino, F., 71T
Ferrari, R., 171F
Fierro, F., 166W, 271W
Fierro Fierro, F., 71T, 443T
Figueroa, M., 22W, 206T,
303F, 493W*
Fill, Taícia Pacheco, 457W
Filler, S., 587T
Fillinger, S., 180F, 429F
Fillinger, Sabine, 372F
Finkernagel, F., 448W
Finkernagel, Florian, 476T
Finlayson, M., 102F
Fischer, G., 82W
Fischer, G. J., 449T
Fischer, M. S., 149T*
Fischer, R., 34W, 35T, 48F
Fischer, Reinhard, 93F
Fisher, Andrew, 480F
Fitzsimons, H. L., 561F
Flaherty, J., 392T*
Flaššman, M., 491T
Fleissner, A., 139W, 140T,
157W*, 158T
Flipphi, M., 585F
Foged Lyngkjær, M., 546F
Fogelqvist, Johan, 123F
Fokina, O., 48F*
Fokkens, Like, 295W

Fones, Helen, 336F
Fontaine, F., 241W
Forche, A., 587T*
Ford, C. B., 465F
Forester, Natasha, 563T
Fortenbacher, J., 448W
Fortwendel, JR, 84F
Foster, Gary, 299T
Fourie, G., 641T
FOURNIER, Elisabeth, 614T
Frandsen, Rasmus
John Normand, 40W
Frandsen, R. J. N., 601W
Franssen, H. J., 214W
Frantzeskakis, L., 549F
Fraser, J., 439W
Free, Stephen, 101T*
Freitag, J., 189F
Freitag, M., 433W, 570F
Freitag, Michael, 23T,
134T, 311T
Freitas, Fernanda, 425T
Frelinger, J. A., 553W
Frey, Pascal, 207F, 500T
Friesen, T. L., 293T
Frisvad, J., 351F*
Frisvad, J. C., 230T,
277W, 278T
Frisvad, Jens C., 40W
Fu, Ci, 172W*
Fu, E., 209T
Fu, Jingjing, 409W
Fudal, I., 498F, 506T
Fudal, Isabelle, 484W*, 495F
Fuller, Kevin, 415W*
Fulton, D., 26T
Furnish, Madison, 447F
Furukawa, T., 360F
Furukawa, Takanori, 359T
Furzer, O. J., 122T

G

Gabriel, Raphael, 77T
Gacek-Matthews, A., 431T
Gachon, c., 324F
Galgiani, J. N., 553W
Gallagher, J., 253W*
Gallay, I., 498F
Gallay, Inès, 495F
Galuszka, P., 574W
Gan, P., 473T
Gao, M., 513F*
Gao, S., 608T*
Gao, X., 578T
Gao, Xiaolei, 93F*
Garbelotto, M. M., 594F*
Garcia, J. F., 430W
Garcia-Altares, M., 32T
Garcia Bastidas, F., 483F
Garcia-Rangel, C. E., 463W*
Garcia-Rico, R. O., 271W
Gardiner, D. M., 30F
Gardiner, Donald, 164T
Garre, V., 573F, 577W
Garzon, C. D., 254T
Gauthier, Gregory, 117F*
Gautier, Valérie, 127W
Gazis, R., 317T
Gdanetz MacCready,
Kristi, 355W
Gebremariam, T., 644T
Geib, E., 72F
Geiser, D., 41T
Geiser, D. M., 610W
Geiser, E., 76W
Geisler, Gina, 238W
Geißel, Bernadette, 81F
Gelhaye, Eric, 13W
Gell, R. M., 586W*
Geranios, P., 83T*
Gerke, J., 88W*, 92T
Gerrits, Ruben, 643W
Gerstein, Aleeza, 213F*
Gervais, J., 498F, 506T*

Gervais, Julie, 484W
Ghanbarnia, K., 220W
Gibeaux, R., 112W
Gilmore, Sarah, 418W
Gil Sanchez,
M. del Mar, 148W*
Giordano, L., 594F
Giorgi, J., 265W
Giraud, T., 229W
Gladden, J. M., 51F, 628W
Gladden, John, 50T
Gladden, John M., 66F
Gladfelter, Amy S., 104T
GLADIEUX, Pierre, 614T*
Gladyshev, E., 386T
Gladyshev, Eugene, 422T*
Glasco, A., 338T
Glasenapp, A., 519F
Glass, N. L., 149T, 155T,
405F, 444F
GLASS, N. L., 183F
Glatter, T., 504F, 566T
Gleddie, Steve, 518T
Glenn, A., 513F, 608T
Glienke, Chirlei, 219F
Gluck-Thaler, E., 216F*
Göhre, V., 549F
Gold, S., 513F, 608T
GOLD, Scott, 514W*
Goldman, G., 456F
Goldman, Gustavo, 145W,
281T
Goldman, Gustavo
Henrique, 362T, 457W
Goldshmidt-Tran,
Orit, 184W
Goldstein, Allen, 354F
Gomes, Eriston, 426F*
Gomi, K., 53T, 367W,
369F*, 370W
Gomi, Katsuya, 371T
Gondal, A. S., 348F*
Gong, Z., 393F
Gonthier, P., 594F
González, M., 334W, 335T
Gorbushina, Anna A.,
103W, 643W*
Goryachkin, Aleksandr
Gottschalk, L. M. F., 58W
Goulin, Eduardo, 60F*
Gouzy, J., 229W
Govers, Francine, 526W
Gow, N. A., 137T
Gow, N. A. R., 99F
GOYEAU, H., 551T
Grace, C. L., 327F
Graf Grachet, N., 254T*
Grahl, N., 320T
Grandaubert, Jonathan,
477F
Granek, Joshua A., 588F
Greco, Claudio, 69F
Green, K. A., 561F
Green, Kimberly, 127W
Green, R., 454W
Grego, Jonathan, 275T
Grenville-Briggs, L., 497T
Grenville-Briggs,
Laura J., 252F*
Griffith, James, 424W
Grigoriev, I., 114F, 200T,
207F, 212T, 214W, 223W,
230T, 232W, 243F, 248T,
264F, 277W, 278T, 292W,
308T, 315F, 347T, 451W,
559W, 562W, 630F
Grigoriev, Igor, 145W,
246F, 250W, 294F, 380T
Grijsjoels, Sietske, 40W*
Grognet, Pierre, 127W
Gronquist, M., 580W
Grothe, Hinrich, 78F
Gruber, Sabine, 581T
Grum-Grzhimaylo,
A. A., 214W*
Gryganskyi, A., 451W
Gsaller, F., 360F*
Gsaller, Fabio, 359T
Gu, Biao, 507F
Gu, X., 513F
Güldener, U., 519F
Gullino, M. L., 234F
Gummadidala,
Phani M., 650T
Gunde-Cimerman, N., 44T
Guo, J., 554T*
Guo, Shuhui, 365T*
Gupta, Y. K., 319W*
Gurr, Sarah, 336F*
Guskins, Verneta, 304W
Gutierrez Ruiz, M., 443T

H

Haas, H., 360F
Hackley, Rylee, 600F
Haddadi, P., 220W
Hagen, F., 583W
Hagerty, Christina, 548T
Hagiwara, D., 369F
Haj Hammadeh, H., 139W
Hajovsky, Heather, 70W
Hallen-Adams, H., 343W
Hallen-Adams,
H. E., 468F*, 638T
Hamann, A., 110T*, 175W
Hameed, K., 621F
Hameed, Khalid, 342F
Hamilton, J., 392T
Hamm, Paris, 353T*
Hammel, K., 22W
Hammerbacher, A., 605T
Hammond, T., 386T*, 616W
Hammond-Kosack,
K., 482T, 517W, 576F
Hammond-Kosack,
Kim, 201F*, 266T
Hampel, Martin, 476T
Han, Kap-Hoon, 91W*, 361W*
Han, X., 566T*
Hane, James, 510F*
Hane, J. K., 293T
Hanson, S. J., 227T*
Hao, Z., 559W
Haon, M., 469W
Harb, Omar, 203T
Haridas, S., 212T,
246F*, 308T
Haridas, Sajeet, 248T
Harkess, A., 226W*
Harris, Linda, 518T*
Harris, S., 244W, 560T
Harris, S. D., 364W
Harris, Steven, 145W*
Harris, Steven D., 240F
Harrison, R. J., 471F
Harth, Simon, 77T
Harting, R., 582F*
HARTMANN, F., 551T
Hartmann, Fanny, 486F
Hartung, J., 570F
Hartung, L., 157W
Hartwig, F., 566T
Harvey, A., 616W
Harvey, J. W., 259W
Hasegawa, F., 54F, 86T
Hassing, B., 502W*
Hatakeyama, S., 150F
Haueisen, J., 599F
Haueisen, Janine, 477F*
Havis, N., 546F
Havis, N. D., 39F
Hawkins, W., 267F
Hazal Ayhan, D., 612F
He, Z., 413T
Healey, K., 625W
Heard, David, 69F
Hecker, Arnaud, 500T

Heeger, Felix, 103W
Heimel, K., 446T, 448W
Heimel, Kai, 476T*
Heiniger, R., 618F
Heinze, C., 570F
Heitman, J., 402F
Heitman, Joseph, 106W,
172W, 382W, 588F,
589W, 642F
Helfer, H. P., 113T
Helk, Bernhard, 64W
Heller, J., 155T*
Hellerstedt, S. T., 648F
Henke, C., 217W
Henrissat, B., 212T,
214W, 469W, 519F
Herbert, E., 171F
Hernández-Aparicio,
Francisco J., 523W
Hernandez-Cervantes,
A., 147F
Herrera-Estrella, A., 55W
Herrera-Estrella, L., 55W
Hertweck, C., 32T
Herzka, S., 322W
Herzog, S., 158T*
Hess, Jaqueline, 604W
Hevia, Montserrat, 378F
Hibbett, D., 114F, 231F
Higuchi, H., 54F
Hijne, Ruben, 542T
Hildén, K., 56T, 331W
Hildén, K. S., 57F
Hilgart, Amelia, 332T
Hiltunen, Markus, 606F
Hinsch, J., 540F, 574W
Hirai, C., 14T
Hirai, Chihiro, 15F
Hirsch, A., 158T
Hirsch, C., 303F
Hiruma, K., 472W*
Hiscox, J., 215T
Hitchings, M., 544W
Hittinger, Chris Todd, 248T
Hitz, B., 649W
Hjortshøj, R., 546F
Hoebe, P. N., 39F
Hoefer, A., 582F
Hoff, K., 582F
Hoffmeister, D., 32T, 408F
Hofstad, Beth, 77T
Hogan, D. A., 320T
Högberg, Nils, 623T*
Holland, Linda, 146T
Holm, D. K., 33F
Homan, T. G., 453F
Hong, C. I., 379W*
Hoo, S., 376W*
Hood, M., 229W
Hood, Michael E., 626T
Hoof, J. B., 33F*
Hopkins, Virginia E., 650T
Horev, Guy, 535W
Hori, Juliana Issa, 457W
Horn, B. W., 618F
Horta Jung, M., 334W*, 335T*
Hortschansky, P., 360F
Horwitz, Benjamin, 184W*
Hosseini, S., 597F
Houterman, Petra M., 295W
Howell, Holly, 121W
Hsueh, Y., 247W, 580W*
Hu, Haifei, 510F
Hu, Y., 305T
Hua, Chen-lei, 526W
Huang, Chien-Hao,
290T, 307W
Huang, L., 400W, 578T
Huang, M., 62T
Huang, Qianli, 255F
Huang, Y., 376W
Huberman, L. B., 405F*
Hudson, C., 263T
Huey, E., 109W
Huh, E., 333F

Huh, Jin Hoe, 285F
Hull, Brooke, 424W*
Hulse-Kemp,
Amanda, 529W
Hulvey, J., 454W
Human, MP., 590T
Humpf, H.-U., 20T
Hunt, C., 22W
Hunter, C., 439W*
Hur, J. S., 79W*
Hurlburt, Nicholas, 480F
Hutchinson,
M. I., 329T, 337W*
Hynes, M., 439W

I

Ianiri, Giuseppe, 106W*, 642F*
latti, Roberta, 617T
Ibarra, O., 379W
Ibe, Chibuike, 17T
Ibeas, Jose, 567F*
Ibrahim, A., 644T
Ichinose, S., 367W*
Idnurm, Alex, 106W, 642F
Iguchi, N., 125T
Illgen, J., 140T
Inoue, Taishi, 371T*
Iqbal, M., 221T*
Irshad, G., 348F
Isaac, Dervla, 550W
Isakeit, T., 618F
Ishaque, N., 122T
Ishida, Hiroki, 52W
Ishii, Hideo, 245T
Islam, K., 537F
Ito, K., 297F
Ito, Masakazu, 66F
Itoh, Hiroya, 280W
Ivanoff, D., 80T
Iwashita, K., 368T

J

J., J., 79W
Jackson, T., 649W*
Jacobs, Abigail, 356T
Jacobs, Jon, 50T
Jacobson, Dan, 250W
Jaenisch*, J., 14T
Jaenisch, Johan, 15F
Jahng, Kwang Yeop, 286W
Jahng, Kwang-Yeop, 91W
Jain, Sachin, 94W*
Jamil, Atif, 438F
James, E., 546F
James, T., 200T, 296T, 338T
James, Timothy, 294F
James, T. Y., 301W,
346W, 451W
Janbon, G., 445W*
Janevska, S., 20T*, 390F*
Jang, K., 262W
Jänsch, L., 139W
Jäntti, J., 67W
Jäntti, Jussi, 632T
Jarczynska, Z. D., 63F
Javornik, B., 491T
Jayantibhai Parsania,
Chirag, 365T
J. Cabrera-Ponce, 389T
J. DeMello, Andrew, 555F
Jeffery, E., 587T
Jeffree, Chris, 176T
Jeffries, Thomas W., 248T
Jensen, D. F., 221T
Jeon, J., 260T, 534F
Jeon, Junhyun, 285F
Jeong, M. H., 79W
Jia, Leijie, 516F
Jiang, Cong, 397W*, 434T
Jiang, Y. Y., 637W
Jiao, M., 554T

Jimenez-Ortigosa, C., 625W
Jin, Yue, 615F
Jiwan, D., 505W
Jo, Myeongjin, 211W, 287T
Johannesson, H., 597F,
603F, 616W
Johannesson,
Hanna, 598W, 606F
John, Tricia, 49W
Johnathan, B. P., 641T*
Johnson, Jerry L., 615F
Johnson, Linda, 508W*, 563T*
Johnson, L. J., 471F
Johnson, R.D., 36F
Johnson, Shakira, 245T*
Joly, D., 242T
Jones, Dan, 245T
Jones, J. D. G., 122T
Joosten, M. H. A. J., 319W
Josephson, B., 570F
Josephson, Brian, 23T, 134T*
Jourdier, E., 80T
Judelson, Howard,
647T, 651F
Judelson, H. S., 291F
Judge, Michael, 424W
Jun, Sang-Cheol, 91W
June, Kwon-Chung, 107T
Jung, A., 110T
Jung, A. T., 116T*
Jung, Elke-Martina, 118W, 182T*
Jung, G., 454W
Jung, Sascha, 629T*
Jung, T., 334W, 335T
Junker, Klara, 572T
Jurgenson, J. E., 515T*
Jurick II, Wayne, W., 304W
Juvvadi, P. R., 357F
J. Velez-Haro, 188T

K

Kabbage, Mehdi, 94W
Kaemper, J., 390F
Kaever, A., 582F
Kahmann, R., 504F,
565W, 566T
Kahmann, Regine, 564F
Kakade, P., 374T*
Kale, Shiv D., 507F
Kalyandurg, P. B., 497T
Kamakura, T., 142W, 143T
Kamble, M., 546F
Kamei, M., 450F*
Kamisuki, S., 143T
Kamoun, Sophien, 500T
Kämper, J., 192F*, 448W
Kampinga, G., 583W
Kancherla, Prakash, 623T
Kang, Ji Young, 25W*
Kang, S. E., 455T*
Kang, Z. S., 652W*
Kang, ZS, 554T
Kanyuka, K., 503T
Kanzi, A. M., 251T
Karaffa, L., 10W*, 585F
Karimi Aghcheh, R., 161T*
Kariyawasam, G. K., 579F*
Karki, Shanta, 423F*
Karlsson, M., 221T
Kasahara, S., 86T
Kastman, Erik, 478W
Kaur, Baljinder, 95T*
Kavalecz, N., 585F
Kawamoto, S., 369F
Kaymakci, D., 571W*
Kazuhiro, I., 12F
Ke, X., 578T
Ke, Y.-H., 621F*
Keasling, Jay D., 66F
Keller, N., 6F, 192F, 442W
Keller, Nancy, 94W, 413T
Keller, Nancy P., 70W, 82W
Keller, N. P., 10W, 449T, 630F

Kelly, A. C., 237F*, 610W

Kelly, Joan, 363F

Kelly, Steve, 359T

KEMA, G. H. J., 551T

Kema, G. H.J., 483F

Kemler, Martin, 326T*

Kempken, F., 153F*, 328W*

Kemppainen, M., 469W

Kemuriyama, K., 125T

Ken, O., 12F

Kennedy, P., 621F

Kennell, J. C., 199W, 316W

Kennell, John C., 198F

Kersey, Paul, 266T

Kershaw, M. J., 259W, 487W

Kettles, G. J., 503T*

Khan, Izhar, 518T

Khanal Lamichhane, 107T*

Ami, 107T*

Khang, C. H., 416T

Khateb, Aiah, 458T*

Khonsuntia, Weeradej, 195F, 196W

Khosravi, C., 366F*, 453F

Kianian, S., 303F

Kianian, S. F., 493W

Kibengo, F. M., 244W

Kijpornyongpan, T., 347T

Kikuchi, S., 344T

Kilani, J., 180F*, 429F*

Kilani, Jaafar, 372F

Kilaru, Sreedhar, 576F

Kim, D., 314T, 655W

Kim, Dae-Hyuk, 211W,

270F, 285F, 286W, 287T,

288F, 321F*, 568W

Kim, Da-Woon, 236T*, 396F*

Kim, D. S., 122T

Kim, D. W., 416T

Kim, g.h., 324F

Kim, H., 260T*

Kim, Hee-Kyoung, 236T,

396F

Kim, H.-S., 279F*

Kim, J., 51F*, 314T,

628W, 655W

Kim, J. A., 79W

Kim, Jong-Hwa, 91W, 361W

Kim, Jung-Mi, 270F, 285F,

286W, 287T, 288F, 321F

Kim, K. T., 260T

Kim, W., 283W*, 284T*

Kind, S., 540F*, 574W

Kindel, Stefanie, 43W

King, Robert, 576F

Kirby, James, 66F

Kirchner, F. H., 63F*

Kiss, B., 228F

Kiss, E., 225F*

Kistler, H. C., 483F

Kistler, H. Corby, 37W,

46W, 164T, 169W

Kitagawa, N., 472W

Kjaerboelling, I., 230T,

277W*

Kjærbølling, I., 278T

Kleckner, Nancy, 422T

Klein, Joël, 481W*

Klimes, A., 525F*

Klis, F. M., 102F

Klosterman, 529W*

Steven J., 529W*

Kluge, J., 119T*

Knabe, Nicole, 103W*, 643W

Knox, B. P., 449T

Knudson, A., 114F*

Ko, Yo-Han, 211W,

.270F*, 285F, 287T*, 288F*

Kobayashi, T., 96F*

Kobe, B., 19W

Kodama, M., 344T

Koehler, A. M., 9F*

Kogler, H., 30F

Kohler, A., 264F*, 469W

Kohler, Amanda, 480F

Ko'hler, JR, 463W

Koike, Steven T., 529W

Kojima, Y., 150F

Kolecka, Anna, 617T

Kollath-Leiß, K., 153F

Komatsu, K., 344T

Kondo, Hideki, 438F

Konings, Michiel, 224T

Konte, T., 44T

Koolaard, J., 137T

Kornitzer, Daniel, 535W*

Korotkin, Hailee B., 479T

Korzeniewski, F., 308T

Koskela, Salla, 632T

Kothe, E., 138F, 217W*

Kothe, Erika, 118W, 182T

Kowalczyk, J. E., 410T*

Kowalski, C. H., 459F*

Kozubowski, L., 108F, 109W

Kramer, M., 387F*, 511W

Kramer, Martin, 268W

Kramer, P., 110T

Krause, K., 138F, 217W

Kreil, David, 581T

Krevet, S., 177F, 435F

Krishnan, Parvathy, 486F

Krizsan, K., 225F

Krizsán, K., 114F, 228F

Ku, J., 319W

Kubicek, Christian P., 78F

Kubicek, C. P., 161T

Kück, U., 68T, 120F, 175W,

177F*, 433W*, 435F

Kueck, U., 119T

Kües, Ursula, 126F, 135F*

195F*, 196W*, 272T*

Kuijper, E., 583W

Kuivanen, J., 67W

Kumakura, N., 473T

Kumar, A., 328W, 599T

Kumar, D., 381F, 442W

Kumar, J., 364W

Kumar, Jyothi, 240F*

Kumar, R., 407T

Kunene, N., 619W

Künzler, M., 582F

Künzler, Markus, 555F

Kuo, A., 223W, 264F,

308T*, 315F*

Kuo, Alan, 250W

Kuo, Hsiao-Che, 176T

Kuo, R. C., 451W

kuppireddy, V.S., 541W*

Kuroki, M., 142W

Kurre, R., 113T

Kurtzman, Cletus P., 248T

Kusch, H., 582F

Kusumoto, Ken-Ichi, 52W

Kuskeri, Jaana, 74T

Kwan, H., 205W,

645F

Kwan, H. S., 255F*, 256W,

412W

Kwan, H.S., 388W

Kwan, H.-S., 441F

L

Labadie, K., 506T

Labbé, Jessy, 250W*, 339F, 634W*

Labbe, Jessy, 354F

Labeda, David, 353T

LaButti, K., 114F

LaButti, Kurt, 207F, 562W

Laine, Pia, 74T

Lalucque, H., 173T, 561F

Lalucque, Herve, 127W*

Lam, W.C., 377T

Lam, Y. C., 256W

Lamb, T., 379W

Lambert, K., 392T

Lamont, Iain, 563T

Lamour, Kurt H., 252F

Landesfeind, M., 582F

Landowski, C., 67W

Landowski, Christopher, 64W, 632T

Lane, Geoffrey, 563T

Lane, T. E., 474F

Lang, E. A. S., 403W, 524T

Lang, O., 648F, 649W

LAPALU, N., 551T

Laraba, I., 610W*

Larignon, P., 241W

Larkan, N., 220W

Larrondo, Luis, 378F

Larsen, Thomas O., 40W

Larsen, T. O., 33F, 230T,

277W, 278T

Lau, Y. T., 388W*

Lauder, Rebecca, 576F

Lazar, N., 498F

Lazar, Noureddine, 495F

Lebar, M., 42F, 194T, 545T

Lebrun, M.-H., 519F

Lebrun, MH., 241W

Lee, James, 97W

Lee, Mi-Kyoung, 361W

Lee, Mi Yeon, 15F

Lee, M. Y., 14T

Lee, S., 333F

Lee, S. C., 402F

Lee, Song Hee, 568W

Lee, W.-S., 482T

Lee, Y. H., 79W, 260T, 534F

Lee, Yong-Hwan, 285F,

533T

Leesutthiphonchai, 651F*

Wiphawee, 651F*

Le Floch, G., 212T

Legrand, Melanie, 197T

Lemcke, R., 546F

Le Moigne, T., 498F

Le Moigne, Théo, 495F

Lenassi, M., 44T

Lentz, K., 433W

Leon-Ramirez, C., 389T*

León-Ramírez, C., 187W

Leslie, John F., 235W*

Levesque, C. A., 242T

Levy, M., 462F*

Lewis, L., 553W

Lewis, Z., 450F

Leyva-González, M., 55W

Li, A., 452T*

Li, B., 442W

Li, F., 493W

Li, G., 181W

Li, Guofen, 43W

Li, J., 511W

LI, JIMING, 522F*

Li, Jingtao, 47T*

Li, Lei, 255F

Li, Linhan, 496W

Li, R., 385W, 596T

Li, Wan-Chen, 290T, 307W*

Li, Y., 394W, 492F

Li, Yang, 434T

Li, Z., 578T

Liang, L., 504F

Liao, H.-L., 621F

Liao, Hui-Ling, 479T

Liao, Sunny, 339F

Lichius, A., 140T

Lichius, Alexander, 581T

Lim, F., 6F*

Lim, F. Y., 449T

Lim, S., 379W

Lim, You-Jin, 533T*

Limon, M. C., 399F

Limon, M. Carmen, 404T

Lin, C., .373W, 375F, 376W

Lin, J., 639F

Lin, L., 547W

Lin, S., 247W*

Lin, X., 384F, 639F, 640W

Lin, Xiaorong, 5T*, 383T

Lin, Yao-Cheng, 302T

Lin, Zeran, 575T

Linconl, S., 364W

Lind, A., 6F

Lind, Abigail, 1W, 281T*

Linglin, J., 506T

Link, T., 499W

Linne, U., 45F

Lipke, P., 163W

Lipzen, A., 114F, 630F

Lipzen, Anna, .145W, 207F

Lisong, M., 220W

Little, Alan, 21F

Littlejohn, G. R., 144F,

259W, 487W

Liu, H., 223W, 394W

Liu, Huiquan, 397W

Liu, Huquan, 434T*

Liu, Lin, 409W

Liu, NN, 463W

Liu, X., 341T

Liu, Yi, 409W*, 437T

Liu, Z., 579F

Liversage, J., 258F*

Liwanag, April J. M., 11T*

Lo, Ko-Yun, 290T

Lockhart, S., 625W

Lodge, J.K., 377T

Loesgen, S., 570F

Lohmar, Jessica M., 362T

Lonergan, Z., 253W

Looney, Brian, 250W, 339F

Loparev, V., 625W

Lopes, L, 403W*

Lopes, Mariana R., 248T

Lopez, J.-B., 546F

López-Arredondo, D., 55W

López Diaz, C., 611T

Lopez-Diaz, C., 612F*

López-Fernández, L., 577W

Lopez-Ruiz, Francisco, 636F

Lorang, Jenny, 548T*

Lord, K., 83T

Lorenz, Michael, 464T*

Loros, J., 152T

Loros, Jennifer, 380T, 415W

Loros, Jennifer J., 104T

Lorrain, C., 500T*

Lorrain, Cecile, 207F

Lou, Y., 129F*

Lowe, Rohan, 21F*

Lu, L., 358W

Lu, Ling, 85W

Lu, X., 205W

Lubbers, R. J. M., 410T

Ludwig, N., 504F*

Luebeck, Mette, 75F

Luebeck, Peter, 75F*

Lueschow, Shiloh, 353T

Lugones, Luis, 128T

Luis, J. M., 194T*

Lundell, Taina, 74T

Luo, S. Q., 547W

Luo, X., 442W, 449T

Luque Fobeló,

Eva M., 148W

Luria, N., 381F

Lutomski, M., 175W

Lutz, Matthias, 326T

Lutzoni, F., 315F

Lutzoni, Francois, 479T

Lv, Q. Z., 637W

Lyer, Revel, 332T

Lynn, J., 628W

Ma, L., 273F

Ma, Lay-Sun, 564F*

Ma, L.-J., 232W, 608T, 611T

Ma, L.J., 612F

Ma, W., 492F

Mabey, J., 204F

Mace, W.J., 36F

Mach, Robert, 440T

Machado, A. K., 482T*

Machado, Marcos, 60F,
219F
Mach-Aigner, Astrid, .. 440T
Mach-Aigner, Astrid R., 78F
Machida, Masayuki, .. 280W*
Mack, B., ............ 42F, 545T
MacLean, D., ............ 319W
Maclean, P., ............ 137T
Maclean, Paul, 508W, 563T
MacPherson, K. A., .... 648F*
Maeda, H., ............ 96F
Maeda, Hiroshi, ............ 52W
Magnuson, J., .. 315F, 451W
Magnuson, J. K., .. 515F, 628W
Magnuson, Jon, .... 50T, 77T
Magnuson, Jon K., .... 66F
Maheswari, Uma, ............ 266T
Maia, C., ............ 334W, 335T
Maintz, J., ............ 313W
Maio, Yi, ............ 467T
Mair, Wesley, ............ 636F*
Majcherczyk, Andrzej, 272T
Majoor, Eline, ............ 366F
Majumdar, R., .... 42F, 545T*
Mäkelä, M., ............ 331W
Mäkelä, M. R., .... 56T, 57F
Mäkinen, Mari, ............ 74T*
Malagnac, F., ............ 174F
Malagnac, Fabienne, 127W
Malassezia Genome
Consortium, ............ 617T
Malavazi, Iran, ............ 457W*
Malik, Harmit S., ............ 622W
Malone, T., ............ 386T
Mandel, M. A., ............ 553W*
Manitchotpisit, P., ............ 386T, 616W
Mansouri, S., ............ 57F
Manspeaker, R., ............ 392T
Manzanilla, Victor, .... 59T, 121W
Mao, Leidong, ............ 424W
Marais, C., ............ 498F*
MARCEL, T. C., .... 551T*
Marcel, Thierry, ............ 552F
Marcos, A. T., .... 8T, 630F
Marcos, J. F., .... 8T
Marek, S., ............ 254T
Margeot, A., .... 73W, 80T
Marian, Ioana, ............ 128T
Marin, J., ............ 630F
Marinovic, M., ............ 56T*
Mark, K., ............ 456F
Märker, R., ............ 175W
Marroquin-Guzman,
Margarita, ............ 461T
Marschall, R., .... 38T*, 140T, 160W*
Marten, Mark, ............ 145W
Marten, M. R., ............ 364W
Martin, F., .... 263T, 264F, 265W, 469W
Martin, Francis, ............ 250W
Martinez, A., ............ 102F
Martínez-del-Pozo, A., .. 133W
Martínez-García, P., .. 573F
Martínez Rocha, A.-L., 519F
Martinez-Rossi, Nilce, 426F
Martinez-Rossi, N. M., .. 401T, 403W, 524T
Martinez-Soto, D., .... 188T*
Martínez-Soto, D., .... 389T
Martins, Maíra, ............ 426F
Martin Urdiroz, M., .... 487W
Martin-Urdiroz, M., .... 144F
Marton, K., ............ 491T
Marton, Timea, ............ 197T*
Marty, Amber, ............ 117F
Maryush, Z., ............ 597F
Masai, K., ............ 113T
Maskarinec, S. A., .... 467T
Masonjones, S., ............ 320T
Masuda, R., ............ 125T
Matana, N. G., ............ 442W
Mateos, Pablo Acera, 425T
Matheny, P. Brandon, 479T
Matson, M. E. H., .... 291F*

Matsui, Makoto, ............ 280W
Matsushima, K., ............ 297F
Mattern, D. J., ............ 627F
Mattupalli, Chakradhar, ............ 620T
Maufrais, Corinne, .... 197T
Mayxay, M., ............ 244W
Mazzoni, Camila, .... 103W
McCluskey, K., ............ 199W
McCormack, E., .... 109W
McCormick, S., ............ 610W
McCormick, Susan P., .. 391W
McDonald, B. A., ............ 293T
McDonald, Bruce, .... 486F, 552F
McDonald, Megan C., .... 427W, 494T*
McDonnell, E., ............ 26T
McGrann, G. R. D., .... 39F
McGreal, Brogan, .... 509T
McKean, Lauren, .... 356T
McNeal, K., ............ 253W
McRae*, A., ............ 14T*
McRae, Amanda, .... 15F
McTaggart, A., ............ 624F
Mead, O. L., ............ 28W*
Mehalow, Adrienne, .. 380T*
Mehreteab, Alexander, 59T, 121W
Meidl, Peter, ............ 634W
Meijer, Harold, .... 526W*
Meile, Lukas, ............ 486F
Meis, J., ............ 583W
Mela, Alexander, .... 162F*
Melangath, G., ............ 407T
Melanson, Jeremy, .... 518T
Melchers, W., ............ 583W
Melchers, W. J. G., .... 584T
Mellado, Laura, ............ 362T*
Mello-de-Sousa, Thiago, ............ 78F, 440T
Mendes, T. D., ............ 58W
Mendoza-Espinoza, J., .. 71T
Mendoza-Mendoza, Artemio, ............ 564F
Meng, X., ............ 358W
Meng, Yunfang, ............ 383T
Mentges, M., .... 519F*, 570F
Mercier, Alex, ............ 538W
Mesarich, Carl, 245T, 508W
Mesarich, C. H., .... 502W
Metzger, Alex, ............ 356T
Meunier, C., ............ 597F*
Meya, David, ............ 213F
Meyer, M., ............ 506T
Meyer, Michel, ............ 484W
Meyer, Vera, ............ 629T
Meyers, B., ............ 226W
Miao, Z., ............ 452T
Miazzi, M., ............ 180T
Michel, R., ............ 296T
Michelmore, Richard, ............ 529W
Mideros, Santiago, .... 575T
Midorikawa, G. E. O., .. 58W
Miguel Rojas, Cristina, 274W*, 300F*
MILAZZO, Joëlle, .... 614T
Milgate, Andrew, .... 494T
Miller, M., ............ 303F*
Miller, T. A., ............ 36F*
Min, B., ............ 214W, 262W, 292W*, 306F*
Minh, C. N., .... 334W, 335T
Minocha, S., ............ 545T
Miralles Durán, A., .... 428T*
Mirmiran, A., ............ 269T*
Mirsiaghi, Mona, .... 66F
Misar, Christopher, .... 569T
Misztal, Pawel, .... 354F
Mitchell, A. P., ............ 62T*
Mitchell, T., ............ 259W
Mitema, Alfred, .... 332T*
Mitra, Chandrani, .... 650T
Mitrousia, Georgia, .... 539T*
Mituyama, T., ............ 297F

Miyazawa, K., ............ 86T*
Miyuki, U., ............ 12F
Mizutani, O., ............ 368T
Moeller, Mareike, .... 311T
Moerschbacher, B., .... 470T
Moffat, Caroline, .... 501F
Mogg, C., .... 130W, 269T
Mohamed Nor, Nik Mohd Izham, .... 235W
Mojzita, D., .... 67W
Mojzita, Dominik, .... 632T
Molnár, Á.P., .... 10W
Molo, M. S., ............ 618F*
Momany, M., .... 87F, 455T
Momany, Michelle, .... 162F
Mondo, S., ............ 308T
Mondo, S. J., 347T*, 451W*
Mondo, Stephen, .... 562W
Mondo, Stephen J., .... 207F
MONTIBUS, M., .... 398T
Moody, Benjamin, .... 508W
Moody, S. C., .... 215T
Moolhuijzen, Paula, .... 510F
Moore, G. G., .... 194T
Moore, R., .... 56T
Moore, Shauna, .... 70W
Morais, David, .... 538W
Moran, G., .... 147F
Mora Sala, B., .... 335T
Morel-Rouhier, M., .... 29T*
Morel-Rouhier, Mélanie, .... 13W
Moreno-Sanchez, Ismael, .... 567F
Moreti, A., ............ 610W
Moretti, Antonio, .... 391W
Moretti, Marino, .... 564F
Moricca, S., .... 335T
Morin, E., .... 264F, 265W
Morin, Emmanuelle, .... 207F
Morrison, E. M., .... 99F
Mortensen, U. H., .... 33F, 277W, 278T, 627F
Mortensen, U. M., .... 63F
Mosbach, A., .... 16W*
Mosca, S., .... 334W, 335T
Moscou, M., ............ 493W
Moseley, M. A., .... 357F
Mosher, Anthony, .... 240F
Mouriño-Pérez, R., .... 89T
Mouriño-Pérez, Rosa, .. 156F
Mouriño-Pérez, R. R., .. 154W
Mouriño-Pérez, R. R., 159F*
Mousaviderazmahalleh, Mahsa, .... 510F
Moye-Rowley, Scott, .. 359T
Muddiman, David, .... 261F
Mueller, K., .... 333F*
Mueller, O., .... 315F
Mullholland, Nicholas, .... 69F
Müller, C., ............ 360F
Müller-Esparza, Hanna, .... 378F
Mullins, Jonathan, .... 636F
Münch, Karin, .... 564F
Munoz, J. F., .... 465F*
Munro, Carol, .... 17T*
Münsterkötter, M., .... 519F
Muraguchi, H., .... 125T*
Murillo-Corona, I., .... 154W, 159F
Murithi, H. M., .... 319W
Murua, P., .... 324F
Mutiga, S., .... 259W
Mwongera, D., .... 259W
Myint, Anthony, .... 418W

N

Nagabhyru, Padmaja, 528F
Nagaraja, V., ............ 374T
Nagayama, M., ............ 54F
Nagoshi, T., ............ 125T
Nagy, I., ............ 228F

Nagy, L., ............ 231F
Nagy, L. G., .... 114F, 225F, 228F
Nakajima, M., ............ 143T
Naquin, D., ............ 73W
NAQVI, N. I., .... 105F*
Nargang, Frank, .... 419T
Narukawa, M., .. 142W, 143T
Narusaka, M., .... 473T
Narusaka, Y., .... 473T
Nasser, Lena, .... 535W
Nath, R., .... 580W
Natvig, D. O., .. 329T, 337W
Nava, Jacob, .... 121W
Navarrete, K., .... 209T
Navarro-Mendoza, M. I., 573F, 577W*
Navarro-Rodríguez, P., .... 577W
Naz, F., .... 348F
Nazir, Natasha, .... 198F
Ndikumana, S., .... 265W
Nedelec, F., .... 112W
Nel, W. J., .... 605T*
Nelliat, A., .... 596T
Nelson, Berlin, .... 569T
Nelson, Rebecca, .... 575T
Németh, Z., .... 10W
Nesemann, K., .... 582F
Nett, M., .... 32T
Newman, D. S., .... 327F
Newton, A., .... 546F
Nguyen, H., .... 242T, 613W
Nguyen, N., .... 621F
Nguyen, T. Q., .... 525F
Nicely, N. L., .... 357F
Nicolás, F. E., .. 573F, 577W
Nielsen, Jens, .... 40W
Nielsen, Jens Christian, .... 40W
Nielsen, K. F., .... 30F, 278T
Nielsen, K. F. N., .... 601W
Nielsen, Kirsten, .... 213F
Nielsen, Kristian Fog, .... 40W
Nielsen, M. L., .... 33F
Nieuwoudt, A., .... 590T*
Niño-Sánchez, Jonathan, .... 523W
Niu, M., .... 82W*
Noble, Luke, .... 146T
Nødvig, C. D., .... 63F
Nødvig, C. S., .... 33F, 627F
Noel, J., .... 265W
Nong, W., .... 205W
Nong, Wenyan, .... 255W
Nong, W. Y., .... 256W
Noorifar, N., .... 470T*
Nordmann, D., .... 113T
Nordzieke, Steffen, ... 404T*
Nononha, E. F., .... 58W
Northen, T., .... 14T
Northen, Trent, .... 15F
Northup, Diana, .... 353T
Norton, TA, .... 84F
Nousiainen, P., .... 56T
Novák, L., .... 10W
Nowrousian, M., .... 175W
Nowrousian, Minou, .... 588F
Nozaka, A., .... 143T*
Nsibo, DL., .... 619W*
Nuckolls, Nicole L., ... 622W
Nuñez-Moreno, Fernando, .... 156F
Nybo, J. L., .... 230T*, 243F, 277W, 278T
Nygård, Yvonne, .... 40W

O

Oakley, Berl R., .... 70W
Oakley, C. Elizabeth, .. 70W
Obanor, F., .... 610W
Obar, J. J., .... 459F
Obar, Josh, .... 3F
Obhof, T., .... 192F
Oda, K., 368T*
O'Donnell, K., 284T, 610W
O'Donnell, Kerry, 249F
Oh, Baek Rock, 25W
Oh, Yeonyee, 261F*
Ohba-Tanaka, A., 369F
Ohkura, Mana, 309F*
Ohm, R., 292W
Ohm, R. A., 114F
Ohm, Robin, 128T*, 224T*
Ohyama, Akira, 280W
Oiwa, T., 96F
Ojiambo, P. S., 194T
Okamoto, Ayako, 52W
Okauchi, K., 142W
Okoth, Sheila, 332T
Okuda, M., 368T
Olarte, R. A., 345F*
Oliveira, Tiago, 219F
Oliveira, V. M., 401T, 524T
Oliveira Garcia, E., 485T*
Oliver, Richard, 501F,
510F, 636F
Oliver, R. P., 293T
Olivera, Pablo, 615F
Olivier, Nicholas, 302T
Ollivier, B., 498F, 506T
Olmedo-Monfil,
Vianey, 557T*
Olmez, F., 482T
O'Malley, M. A., 451W
O'Mara, Sean P., 46W*
O'Meara, Teresa, 466W*
Omidvar, V., 303F, 493W
Oostlander, A., 139W
Orbach, Marc, 309F
Orbach, M. J., 553W
Ordonez, N., 483F
Ornelas, Roberto, 529W
Orr, G., 331W
Ory, Jeramia, 239T*
Oses-Ruiz, M., 144F*, 487W
Osiewacz, H. D., 110T,
116T, 175W
Osmani, A., 111F
Osmani, S., 111F
Ouédraogo, I., 259W
Ouedraogo,
Jean Paul, 49W*
Outram, M.A, 19W
Ozturk, A., 137T*

P

Paege, Norman, 629T
Paietta, J. V., 406W*
Pakula, Tiina, 411F
Palkova, Z., 168F
PALMA-GUERRERO,
J., 551T
Palma-Guerrero,
Javier, 552F*
Palmer, J. M., 449T
Pan, Hongyu, 47T
Panaccione, Daniel, 7W*
Pang, Guan, 115W
Panisko, E., 22W, 646W
Pape, L., 141F
Pardo, A., 469W
Park, C. H., 79W
Park, H., 262W, 292W, 306F
Park, R., 303F, 305T
Park, R. F., 257T, 493W
Park, Seung-Moon, 270F
Park, S. Y., 79W
Parker, Jennifer, 261F
Parker, Josie, 359T
Parker, R., 430W
Parra-Rivero, O., 399F*
Parsania, C., 527T
Partida-Hanon, A., 133W
Pasa-Tolic, Ljiljana, 50T
Patel, Pryank, 539T
Pathiraja, D., 262W*, 292W
Paulin, Lars, 74T

Payne, G. A., 194T
Pearson, Michael, 97W
Pedersoli, Wellington, 426F
Pedro, Helder, 201F, 266T*
Pelkmans, Jordi, 128T
Pena-Centeno, T., 582F
Peng, Hui, 304W
Peng, M., 453F
Pennachio, C., 114F
Pennington, Helen, 496W
Pensec, F., 212T
Peres, N. T. A., 403W, 524T*
Perez, Eli, 507F
Pérez-Arques, C., 573F*,
577W
Perez Perez, W., 71T*, 443T*
Perez-Rodriguez, F., 191T*
Pérez-Sierra, A., 334W, 335T
Perfect, J. R., 467T
Perlin, D., 625W
Perlin, M., 226W
Perlin, M.H., 541W
Perlin, Michael H., 447F
Perotto, S., 263T
Perrot, Thomas, 29T
Perry, B. A., 327F
Petersen, L. M., 33F
Petersen, T. I., 33F
Petit, Y., 498F
Petit-Houdenot,
Yohann, 495F*
Petre, Benjamin, 500T
Petroswky, Jérémy, 500T
Pfannenstiel, B. T., 449T*
Phan, Huyen, 501F
Philippsen, P., 102F*,
112W*, 113T*
Phule, P., 328W
Pierce, Brett, 23T, 134T
Pinel, Dominic, 238W
Pinter, N., 192F, 446T*
Piombo, E., 234F*
Pirayre, A., 80T*
Pires, J. C., 263T
Plemenitas, A., 44T*
Plett, J. M., 264F
Plissonneau, C., 506T
Plissonneau,
Clémence, 486F, 495F,
552F, 592W
Plitzko, B., 570F
Plummer, K., 530T
Plummer, Kim, 245T, 509T
Plummer, Kim M., 620T
Poetschner, J., 138F*
Pohl, Carsten, 40W
Pokharel, Rasesh, 643W
Politi, A. Z., 112W
PONTS, N., 398T*
Porcel, Betina, 588F
Porras-Alfaro, Andrea, 353T
Porras-Troncoso,
Daniela, 557T
Potgieter, L., 222F
Powell, G., 215T
Powell, J., 30F
Powers, R. A., 301W*
Prahl, Jan-Philip, 77T
Prasanna N., A., 225F,
228F*
Pray, Todd, 66F
Presley, G., 22W
Presley, G. N., 31W*, 646W*
Priest, Shelby, 382W*, 589W
Pringle, A., 41T
Pringle, Anne, 604W
Proctor, R. H., 279F, 284T,
610W
Proctor, Robert H., 391W
Progar, V., 491T
Prooyen, N. V., 543F
Prusky, D., 381F*, 442W
Przydacz, Michal, 496W
Przylucka, Agnes, 78F
Przylucka, Agnieszka, 115W
Punekar, Narayan S., 95T

Purvine, S., 331W
Pyne, R., 273F

Q

Qi, M., 499W*
Qin, L., 444F*
QU, Z., 105F
Quandt, A., 296T*, 338T*
Quandt, Alisha, 294F
Quandt, C. A., 200T

R

Raaymakers, Tom, 542T
Rabinovich, R., 65T
Radebner, Theresa, 581T
Radutoiu, S., 546F
Rafudeen, Suhail, 332T
Rahimi, Mohammad, 115W
Rahmann, Sven, 626T
Rai, M. N., 527T*
Rai, R., 527T
Rajasekaran, K., 545T
Raley, C., 303F
Ram, A., 185T, 558F
Ram, A. F. J., 453F
Ramegowda, Y., 267F
Ramírez-Valdespino,
Claudia, 557T
Ramšak, B., 120F
Rantasalo, A., 67W*
Rantasalo, Anssi, 632T
Rao, M., 341T
Rao, R. P., 465F
Rash, B., 360F
Rassinger, Alice, 440T*
Rath, Manisha, 514W
Rathjen, J., 303F, 305T
Raudaskoski,
Marjatta, 118W*
Rauf, A., 348F
RAVEL, Sebastien, 614T
Ravishankar, A., 253W
Read, N., 83T, 140T
Read, N. D., 137T
Read, Nick, 176T
Reed, T., 386T
Rees, H., 334W, 335T
Reese, Amy, 356T*
Rego, C., 241W
Rehner, Stephen A., 276F
Reilley, M., 444F
Reilly, M. C., 628W*
Reimhult, Erik, 78F
Reis, L., 456F
Reißmann, S., 504F
Reissmann, Stefanie, 564F
Ren, Di, 202W*
Rep, M., 483F, 607W
Rep, Martijn, 295W,
508W, 521T, 522F
Requena, N., 489F
Rey, P., 241W
Reyes-Chin-Wo,
Sebastian, 529W
Reynolds, R., 474F
Rhoades, N., 386T, 616W*
Ribeiro, L. F. C., 364W*
Richards, J., 218T
Richardson, Kirsten, 447F
Richardson, Malcolm, 318F
Rico Ramirez, A., 151W*
Rico-Ruiz, G., 55W
Ridenour, J., 267F, 282F
Ridout, Christopher, 539T
Ries, Laure, 145W
RIEUX, Adrien, 614T
Rikkerink, E., 530T
Rikkerink, Erik, 509T
Riley, R., 114F, 230T,
292W, 308T
Riley, Robert, 248T*
Ringelberg, C., 152T

Riquelme, M., 151W, 322W
Riquelme, R., 340W
Rischatsch, R., 102F
Risulainen, Netta, 74T
Robbertse, B., 317T*
Robert, G., 241W*
Robertson, Suzanne, 261F
Robinson, A. J., 329T*, 337W
Robinson, E., 331W
Robison, Sara, 323T
Rocha, Marina
Campos, 457W
Rocha, Raquel, 24F*
Rocha-Olivares, A., 322W
Rodenburg,
Alexander Y., 178W
Rodnay, Sormani, 29T
Rodrigues, Carol, 219F
Rodrigues, Fernando, 281T
Rodriguez, Carmen, 424W
Rodriguez, Lauren, 418W*
Rodriguez, Rosa, 550W*
Rodriguez de la Vega,
R., 229W
Rojas, A., 6F, 608T
Rokas, Antonis, 1W, 281T
Rollins, Jeffrey A., 47T
Romero-Olivares,
A. L., 322W
Romich, M., 488T
Rong-Mullins, X., 253W
Roop, Jeremy, 600F
Roos, David, 203T
Ropars, J., 147F
Rose, Eric, 121W
Rossi, A., 401T, 403W, 524T
Rossi, Antonio, 426F
Rosso, MN, 469W
Rothschild-Mancinelli,
K., 633F
Rotich, F., 259W
Rottschaefer, S. E., 493W
Rouxel, T., 498F, 506T
Rouxel, Thierry, 484W,
495F, 592W*
Rovenich, H., 511W
Rowland, Owen, 395T
Roy, Udita, 535W
Rubin, A., 109W
Rudd, Jason, 576F*
Rudd, J. J., 503T
Ruger-Herreros,
Macarena, 404T
Ruiz-Herrera, J., 187W,
188T, 191T, 193W, 389T
Ruiz-Vázquez, R., 577W
Ruprich-Robert, G., 171F,
173T*
Rutherford, Kim, 201F
Ruytinx, J., 613W*
Rybak, Kasia, 501F
Ryder, L. S., 487W
Ryota, S., 12F*
Ryu, S., 199W

S

Saarinen, Juhani, 64W
Saijo, Y., 472W
Saitoh, K., 142W
Saitou, R., 368T
Sakthikumar, S., 257T
Sakulko, W., 144F
Salamov, A., 200T, 230T,
232W*, 277W, 278T, 308T
Salamov, Asaf, 246F,
248T, 294F
Sale, Kenneth, 66F
Saloheimo, Markku, 64W*, 411F
Salvucci, Anthony, 480F
Samarajeewa, D., 616W
Sammer, D., 217W
Sanches, Pablo, 426F
Sanches, P. R., 401T
Sanchez, J.N., 483F
Sánchez-Arreguin, J., 389T
Sanchez-Arreguin, J., 187W*
Sanchez-Garcia, M., 231F*
Sánchez-Romero, MA, 428T
Sánchez-Vallet, Andrea, 486F*
Sanchis, M., 577W
Sandrock, B., 45F*
Sanfuentes
von Stowasser,
E., 334W, 335T
Sang, H., 165F, 454W*
San Segundo, Pedro, 98T
Santamaría, Rodrigo, 98T
Santander, Daniela, 98T
Santos, E. S., 4W
Santos, Paulo, 219F*
Sanyal, K., 374T
Sanyal, Kaustuv, 588F
Sardar, P., 153F
Sasse, C., 88W, 92T, 630F
Sato, A., 297F*
Sauer, Ursula, 43W
Saunders, D. G. O., 313W
Saunders, Diane, 500T
Saupe, S. J., 603F
Savenkov, E. I., 497T
Savoian, M. S., 470T
Savoury, M., 215T
Scalliet, G., 16W
Scanu, B., 334W, 335T
Scazzocchio, C., 585F
Schackwitz, W., 212T, 630F
Schadt, Chris, 354F
Schadt, Christopher, 591F
Schaefer, W., 519F, 520W
Schäfer, W., 570F
Schakwitz, W., 114F
Schäpe, Paul, 629T
Schardl,
Christopher L., 528F*
Scharfenstein, L., 385W
Schena, L., 334W, 335T
Schilling, J., 22W*, 206T
Schilling, J. S., 31W, 646W
Schinko, T., 8T
Schipper, K., 76W*, 504F
Schirawski, J., 488T
Schmid, Marjorie, 93F
Schmitt, Karl, 654F
Schmitz, H. P., 113T
Schmitz, Lara, 476T
Schmoll, M., 181W
Schmoll,
Monika, 43W*, 432F
Schneider, K., 192F
Schneiderman,
Danielle, 518T
Schoch, C., 317T
Schoer, Jon, 654F
Schoina, Charikleia, 526W
Schoonbeek,
Henk-Jan, 539T
Schotanus, Klaas, 311T*
Schoustra, S., 583W
Schoustra, S. E., 584T
Schroeckh, V., 408F
Schroeder, F., 6F, 580W
Schuerg, Timo, 77T*
Schuhmacher, J., 566T
Schuhmacher, Rainer, 432F
Schultzhaus, Z., 90F, 159F
Schultzhaus, Z. S., 89T*
Schulze-Lefert, P., 472W
Schumacher, J., 141F
Schumacher, Julia, 372F*
Schumann,
M. R., 139W*, 157W
Schurack, S., 540F
Schüssler, Jan A., 643W
Schuster, Andre, 432F
Schütz, Gerhard, 581T

Schwarz, E., 580W
Schwessinger,
B., 303F, 305T*
Schwessinger,
Benjamin, 480F
Scott, B., 36F, 185T, 470T,
502W, 558F, 561F
Scott, Barry, 127W
Scott, Eileen, 312F
Scott, S., 152T
Sedlacek, T., 158T
See, D., 505W
See, Pao Theen, 501F
Seiboth, B., 289W
Seidl, M. F., 387F, 511W
Seidl, Michael F., 268W,
593T
Seiler, S., 561F
Seitz, Nicholas, 121W
Sellam, A., 210F, 463W
Sen, T., 407T
Senchenkov, A., 621F
Seress, D., 334W, 335T
Serrano, A., 140T*
Serrano, S., 133W
Sertour, N., 147F
Sertour, Natacha, 197T
SGD Project, 648F
Shah, D., 536T, 537F
Shahi, Shermineh, 522F
Shalaby, Samer, 184W
Shanmugasundram,
Achuthan, 203T
Sharma, S., 282F
Sharma Poudel, R., 218T*
Shaw, B., 90F
Shaw, B. D., 89T, 159F
Shaw, B.D., 154W
Shay, J. E., 327F*
Shelest, E., 408F
Shen, Qirong, 115W
Shen, W. C., 352W*
Sheng, G., 492F
Sheppard, T., 649W
Sherlock, Gavin, 197T
Shibata, Takashi, 280W
Shiga, Y., 142W
Shi-Kunne, X., 511W
Shimamoto, K., 368T
Shin, H., 306F
Shintani, T., 53T, 367W, 369F, 370W
Shintani, Takahiro, 371T
Shirasu, K., 122T, 473T
Shirley, Neil, 21F
Shiu, P., 616W
Shivas, R., 624F
Shor, E., 625W*
Shrestha, S., 218T
Shrivastava, J., 291F
Shubitz, L. F., 553W
Shukla, N., 111F*
Swab, E. K., 357F*
Siciliano, I., 234F
Sickler, C., 545T
Siguenza, S., 229W
Sil, A., 414F, 417F,
490W, 543F
Sil, Anita, 418W, 550W
Silar, P., 73W, 171F,
173T, 561F
Silar, Philippe, 127W, 538W
Sillo, F., 594F
Silva, A. C., 4W
Silva, A. S., 58W
Silva, L., 14T
Silva, Leslie, 15F
Silva, Lilian Pereira, 457W
Silverstein, K., 206T
Simaan, Hiba, 184W
Simmons, B., 308T
Simmons, B. A., 51F
Simmons, Blake, 50T
Simmons, Blake A., 66F
Simmons, C., 108F
Simon, Adeline, 372F

Simon, J., 273F
Simpfendorfer, Steven, 494T
Simpson, Thomas J., 69F
Singan, V., 264F
Singer, Steven, 77T
Singer, Steven W., 66F
Singh, D., 493W
Singh, R., 618F
Singh, Seema, 66F
Sipilä, J., 56T
Sipos, G., 228F
Sjökvist, E., 546F*
Skaar, I., 341T*
Skerker, Jeffrey, 238W, 600F
Skerker, Jeffrey M., 66F
Sklenar, Jan, 500T
Slot, J., 216F
Slotkowski, R. A., 627F
Smith, D. S., 242T
Smith, Gerald R., 622W
Smith, Kristina, 23T*
Smith, Kristina M., 311T
Smolander, Olli-Pekka, 74T
Snelders, E., 583W, 584T*
Snodgrass, Z. Allen, 536T*
So, Kum-Kang, 211W,
270F, 285F*, 286W*,
287T, 288F
Soanes, D. M., 259W, 487W
Sobczyk, M. K., 471F
Soberanes-Gutierrez,
C., 193W*
Soderblom, E. J., 357F
Solanki, S., 218T
Soliman, S., 644T
Solomon, Peter S., 427W,
494T
Solomon, P.S., 19W
Solomon, P. S., 28W
Sondergaard, T. E., 30F
Song, G., 649W
Song, H., 314T*, 655W*
Song, Letian, 49W
Sørensen, J. L., 30F
Societ, Jean-Luc, 588F
Soukup, A. A., 449T
Sousa, L. O., 4W
Spadaro, D., 234F
Spanu, Pietro, 496W*
Sparker, J., 413T
Sparks, C. A., 503T
Spatafora, J. W., 207F,
246F, 276F, 349W,
451W, 559W
Specht, C.A., 377T
Spilak, Michal, 325W
Spoel, S. H., 39F
Spaker, J. E., 449T
Sreenivasaprasad, S., 212T
Srinivasan, S., 407T
Srivastava, R., 364W
S. Schmieder, Stefanie, 555F
Stajich, Jason, 249F
Stajich, J. E., 320T,
451W, 459F
Stanley, C. E., 582F
Stappler, Eva, 43W, 432F
Starke, M., 582F
Steenkamp, Emma, 170T
Steenkamp, Emma T., 136W
Steenkamp, E. T., 233T*,
251T, 595W, 609F, 641T
Stefanko, Kayla, 124W
Steffens, S., 177F
Stehlik, T., 189F*
Steinbach, W. J., 357F
Steinberg, Gero, 576F
Stempinski, P., 109W*
Stenlid, Jan, 623T
Stergiopoulos,
Ioannis, 480F*
Sternberg, P. W., 580W
Stillman, K., 223W
Stöckli, M., 582F
Stoffel, Kevin, 529W
Stoffels, P., 76W

Stotz, Henrik, 539T
Stoychev, S. H., 258F
Strasser, K., 26T
Strauss, J., 8T, 161T, 431T
Strittmatter, M., 324F
Strope, P., 317T
Studt, L., 431T
Stukenbrock, E. H., 599T
Stukenbrock,
Eva H., 311T, 477F
Sturm, Laura, 81F
Su, Ching-Hua, 290T
Subandiyah, S., 483F
Subba, Shanta, 126F*
Subramaniam,
G., 130W*, 269T
Subramaniam,
Rajagopal, 395T
Sugawara, F., 143T
Sugiyama, K., 369F
Sukno, S. A., 212T
Sukno, Serenella, 131T
Sullivan, D., 147F
Sulyok, M., 341T, 431T
Sulyok, Michael, 432F
Sun, Congcong, 85W
Sun, G., 2T*
Sun, Jian, 66F
Sun, P., 393F
Sun, Shen, 106W
Sun, Sheng, 588F*
Sun, Xianyun, 437T
Sun, Yu, 606F
Sundin, George, 300F
Sundstrom, Eric R., 66F
Susca, Antonella, 391W
Suzuki, Nobuhiro, 438F*
Svedberg, J., 603F, 616W
Svedberg, Jesper, 598W,
606F*
Swart, Velushka, 302T
Sweany, R. R., 310W*
Sylvain, Iman, 325W
Syme, R. A., 293T
Syme, Robert, 501F, 510F
Szabo, Les J., 615F*
Szewczyk, E., 633F

T

Tabor, G., 319W
Tae-Hong, L., 472W
Taguchi, H., 143T
Tagama, Mitsuru, 371T
Takano, Y., 473T
Takemoto, D., 561F
Takeuchi, M., 96F
Takeuchi, Michio, 52W
Takita, Marco, 60F, 219F
Takken, Frank, 521T
Taku, Yoko, 52W
Talbot, N. J., 144F, 259W,
487W
Tami, O., 12F
Tamietti, M. S., 58W*
Tamura, S., 344T
Tan, Kar-Chun, 501F*
Tan, K. C., 293T
Tanabe, H., 54F
Tanaka, A., 561F
Tanaka, Chihiro, 27F
Tanaka, M., 53T, 367W,
369F, 370W*, 472W
Tanaka, Mizuki, 371T
Tanaka, N., 143T
Tanaka, S., 150F
Tanaka, T., 54F
Tang, B., 487W
Tang, Weihua, 516F*
Tanjore, Deepti, 66F
Tannous, J., 442W*
Taranto, Adam P., 427W*
Tatham, C. T., 179T*
Tauber, J., 408F*
Taylor, J., 341T
Taylor, John, 325W*
Tayyrov, Annageldi, 555F*
Teagarden, Jocelyn, 239T
Tebbji, F., 463W
Teichert, I., 120F,
175W*, 177F
Templeton, M., 530T
Templeton, Matthew, 97W,
509T
Tenor, J. L., 467T*
Teraoka, T., 142W
TERAUCHI, Ryohei, 614T
Terauchi, Y., 54F
Terfehr, D., 68T*
Terhem, Razak, 178W
ter Horst, Anneliek, 295W
Testa, Alison, 510F
Thakur, J., 330F*
Thammahong, Arsa, 3F*
Thanh, L. T., 244W
THARREAU, Didier, 614T
Theelen, Bart, 617T
Theobald, S., 230T, 277W,
278T*
THEOBALD, S., 243F
Thieme, K. G., 88W, 92T
Thieme, N., 140T
Thieme, S., 88W, 92T*
THIERRY, Maud, 614T
Thomma, Bart, 268W,
556W, 593T
Thomma, B. P. H. J., 387F,
511W*
Thompson, D. A., 465F
Thon, Michael, 208W
Thon, M. R., 212T
Throckmorton, K., 449T
Thu, P. Q., 334W, 335T
Thwaites, G. E., 244W
Tian, S., 442W
Timpner, C., 582F
Tirabassi, Dana, 421W
Todd, R., 439W
Todd, R. B., 452T
Toffaletti, D. L., 467T
Toji, Hiroki, 371T
Toomajian,
Christopher, 235W
Torres-Martinez, S., 577W
Townsend,
Jeffrey P., 124W*, 274W,
300F
Townsend, J. P., 284T
Trail, F., 283W, 284T
Trail, Frances, 124W,
274W, 300F, 355W*
Trieu, P. H., 244W
Trieu, T. A., 577W
Trinh, H. T., 553W
Trippel, Christine, 564F
Tsai, C., 269T
Tsai, H.-J., 596T*
Tsai, M.C., 541W
Tsang, A., 26T, 453F
Tsang, Adrian, 49W
Tsang, K. S. W., 256W*
Tschaplinski, Tim, 354F
Tsukuta, K., 125T
Tsushima, A., 473T*
Tudzynski, B., 20T, 390F
Tudzynski, P., 38T, 140T,
160W, 540F, 574W
Tung, Shu-Yun, 307W
Turgeon, B. Gillian, 575T*
Turo, Chala, 510F
Turrà, D., 132F*, 133W, 181W
Turrà, David, 43W
Tyler, B. M., 165F
Tyler, Brett M., 507F*
Tzelepis, George, 123F*

U

Uehling, Jessie, 354F*,

.......................... 562W
Ullmann, Steffen, ...... 564F
Ulrich, J., ...... 390F, 448W*
Underwood, William, 569T*
Uniyal, P., ............ 330F
Unruh, S., ............ 263T*
Upadhya, R., ............ 377T*
Upadhyay, S., ............ 640W
Upadhyay, Srijana, ....... 5T
Urban, M., ............ 482T
Urban, Martin, ......... 201F,
.......................... 266T, 576F
Uyemura, S. A., ............ 4W

V

Vachova, L., ............ 168F*
Valdez, Ernest, ............ 353T
Valent, B., ............ 485T
Valerius, O., 88W, 92T, 192F
Valette, N., ............ 13W*
Valette, Nicolas, ............ 29T
Valiante, V., ............ 627F
Valkonen, Mari, 411F*, 632T*
Vallet, J., ............ 241W
Valverde-Bogantes,
E., .................... 343W*
Van Butselaar, Tijmen, 542T
van Campe, Ulrich, .... 195F
van Dam, P., .. 483F, 607W
van Dam, Peter, .... 295W*
van de Geest, H. C., .. 242T
Van den Ackerveken,
Guido, ............ 481W, 542T*
van den Berg, G. C., .. 511W
van den Berg, Grardy
C. M., ............ 593T
van den Heuvel, J., ... 214W
van den Hondel,
Cees A. M. J. J., ............ 81F
Van de Peer, Yves, .... 302T
Vande Pol, N., ............ 559W
Vande Pol, Natalie, .. 249F*,
562W
van der Does, H.C, .... 483F
van der Gragt,
Michelle, .................... 295W
van der Lee, T., ............ 607W
van der Lee, T. A. J., .... 242T
van der Merwe, N. A., 251T*,
595W, 609F
van der Nest, M., 167T, 298W*
van der Nest, M. A., .. 179T,
222F, 233T
van de Vossenberg,
B. T. L. H., ............ 242T*
Van Deynze, Allen, .... 529W
van Diepeningen, A., 607W
van Esse, H.P., ............ 319W
Vang, Jesper, ............ 75F
van Gent Pelzer, M., .. 242T
van Kan, J. A. L., .... 214W
van Kan, Jan A. L., 178W*,
208W
Van Prooyen, Nancy, 550W
van Tilbeurgh,
Herman, ............ 495F, 498F
van Verk, Marcel, ...... 481W
van Wyk, S., .... 233T, 609F*
Vargas Gastelum, L., 322W*
Varjosalo, Markku, ...... 74T
Vega Gutierrez,
Sarath, .................... 323T*
Vela-Corcia, D., ............ 462F
Velez, Jessica, ............ 591F*
Velez, P., ............ 340W*
Velez-Haro, J., ............ 188T
Veneault-Fourrey, C., 469W
Vera-Estrella, R., .... 271W
Verma, S., ............ 474F
Verweij, P., ............ 583W
Verweij, P. E., ............ 584T
Vesth, T. C., .... 230T, 243F*,
277W, 278T
Vetukkuri, Ramesh, .... 123F

Vetukuri, Ramesh R., 252F
Vetukuri, R. R., ........ 497T*
Viaud, Muriel, ............ 372F
Vijayakumar, V., ............ 216F
Vijaykrishna, N., ............ 407T
Vijayraghavan, U., .... 407T*
Viketoft, M., ............ 221T
Vilgalys, R., ............ 621F
Vilgalys, Rytas, ............ 339F,
342F, 354F
Villani, Alessandra, ... 391W
Vincent, F., ............ 147F
Vincent, Jason L., ............ 69F
Virag, A., ............ 65T*
Virgilio, S., ............ 379W
Visel, A., ............ 451W
Visentin, S., ............ 546F
Visser, J., ............ 453F
Visser, R. G. F., ............ 242T
Vital, Nuria, ............ 18F
Vitale, S., ............ 132F,
.......................... 133W*
Vitikainen, Marika, .... 411F,
.......................... 632T
Vlaardingerbroek, Ido, 522F
Voegele, R., ............ 499W
Voegeli, S., ............ 102F
Vogan, A., ............ 603F
Vogan, A. A., ............ 598W*
Voisey, Christine, .... 508W
Voisey, C. R., ............ 137T
Volk, H., ............ 491T
von Blanckenburg,
Friedhelm, ............ 643W
Voorhies, M., .... 414F, 417F
Voorhies, Mark, ............ 418W
Voss, B., ............ 34W*
Vossen, J.H., ............ 242T
Vu, Andrea, ............ 647T*
Vylkova, S., ............ 464T

W

Waalwijk, C., ............ 607W
Wada, Y., ............ 368T
Wagener, Johannes, .. 81F*
Wagner, K., ............ 217W
Waiger, Daniel, ............ 18F
Waitt, G., ............ 357F
Walker, Gary, ............ 421W
Walker, Louise, ............ 17T
Walker, N., ............ 254T
Wallen, R. Margaret, .. 447F
Walochnik, J., ............ 296T
Walter, S., ............ 489F*
Walters, Nichole, ...... 121W
Wambaugh, M., ............ 475W*
Wang, B., ............ 152T
Wang, Chenfang, .... 397W
Wang, Clay C. C., ...... 70W*
Wang, C. Y., ............ 547W
Wang, Fang, ... 186F*, 363F
Wang, G., ............ 393F
Wang, G.-L., ............ 259W
Wang, Jianhua, .... 397W
Wang, Lei, ............ 564F
Wang, Liuyang, .... 588F
Wang, M., .... 505W, 532W
Wang, Penghao, .... 636F
Wang, Q., ............ 547W
Wang, Qinhu, ............ 434T
Wang, Qunqing, .... 507F
Wang, Shu-tong, .... 526W
Wang, Ting-Fang, .... 290T,
307W
Wang, Y., ............ 333F
Wang, Z., .. 89T, 284T, 393F
Wang, Zheng, 124W, 274W
Ward, M., ............ 65T
Ward, T. J., ............ 610W
Ward, Todd J., ............ 237F
Waring, Michael, .... 325W
Warris, S., ............ 242T
Wasil, Zahida, .... 40W
Waterstraat, M., ............ 57F

Watson, G., ............ 165F
Watters, Michael, .... 59T*,
121W*, 653T*, 654F*
Wawra, Stefan, .... 564F
Weber, J., ............ 627F*
Wegulo, S., ............ 343W
Weichert, M., ............ 140T
Weikert, T., ............ 470T
Weiss, Carly, ............ 600F
Weissman, Ziva, .... 535W
Wellapilli, D., ............ 165F
Wendell, L., ............ 512T*
Wenderoth, M., .... 351T*
Wendland, Jürgen, .... 572T*
Were, V. M., ............ 259W*
West, Samuel, ............ 636F
Westerholm-Parvinen,
Ann, .................... 64W
Westfall, P. J., ............ 633F
Westhus, E., ............ 316W
Westphal, K., ............ 30F
Whisson, S. C., ............ 497T
White, J. B., ............ 618F
Whitham, S., ............ 499W
Widdison, S., ............ 16W
Widinugraheni, Sri, .... 483F*
Wiemann, P., .... 6F, 449T
Wierckx, N., ............ 76W
Wilcox, Andrew, .... 275T
Wildermuth, Mary, .... 15F*
Wildermuth, M. C., .... 14T
Wilken, Markus, .... 170T
Wilken, P. M., ............ 167T
Wilken, P. M., ............ 179T
Wilken, P. Markus, .. 136W*
Williams, S.J., ............ 19W*
Willis, Christine L., .... 69F
Wilson, A., ............ 167T*
Wilson, R., ............ 2T
Wilson, Richard, 24F, 461T*
Wimmer, R., ............ 30F
Win, Joe, ............ 500T
Winandy, L., ............ 48F
Winans, Matthew, ...... 350T*
Wincker, Patrick, .... 588F
Wingfield, B. D., ............ 167T,
170T*, 179T, 222F, 251T,
595W, 602T, 605T,
609F, 641T
Wingfield, Brenda D.,
136W, 298W
Wingfield, Michael J., ....
136W, 170T, 298W
Wingfield, M. J., ............ 167T,
179T, 595W, 602T, 605T
Wingfiled, B. D., ............ 233T
Winter, Ara, ............ 353T
Wirth, Sophia, ............ 182T
Wise, K. A., ............ 618T
Wisecaver, J., ............ 608T
Wisecaver,
Jennifer, ............ 1W*, 281T
Wissing, J., ............ 139W
Wolfe, Benjamin, .... 478W
Wolfe, Kenneth H., .... 248T
Wolfe, K. H., ............ 227T
Wolff, P. P., ............ 33F
Wollenberg, R. D., .... 30F
Woloshuk, C. P., .... 618F
Wolpert, Thomas, .... 548F
Won, T., ............ 6F
Wong, Chris Koon Ho, ....
186F, 365T
Wong, C. K., ............ 256W
Wong, K., ............ 452T
Wong, K. H., ............ 527T
Wong, Koon Ho, .... 363F
Wong, Man Chun, .... 255F
Woo Bok, J., ............ 630F
Wood, Bruce W., .... 620T
Wood, Thomas A., .... 593T
Workman, Mhairi, .... 40W
Wösten, Han, .... 128T
Woyke, T., ............ 200T
Wrobel, Kazimierz, .... 557T
Wu, B., ............ 114F
<table><tr><td>Wu, Dongliang,</td><td>575T</td></tr><tr><td>Wu, Guangxi,</td><td>304W</td></tr><tr><td>Wu, J.,</td><td>565W</td></tr><tr><td>Wu, J. Q.,</td><td>257T*</td></tr><tr><td>Wu, V.,</td><td>444F</td></tr><tr><td>Wu, Y.,</td><td>400W*</td></tr></table>

X

<table><tr><td>Xia, C.,</td><td>505W</td></tr><tr><td>Xiao, Yang,</td><td>255F</td></tr><tr><td>Xie, N.,</td><td>171F, 173T</td></tr><tr><td>Xie, Y.,</td><td>441F*</td></tr><tr><td>Xing, L,</td><td>205W</td></tr><tr><td>Xing, Y.,</td><td>492F</td></tr><tr><td>Xu, J.,</td><td>241W, 393F, 394W</td></tr><tr><td>Xu, Jin-Rong,</td><td>434T</td></tr><tr><td>Xu, Jin-rong,</td><td>397W</td></tr><tr><td>Xu, JR,</td><td>531F</td></tr><tr><td>Xu, L,</td><td>400W</td></tr><tr><td>Xu, Xinping,</td><td>5T</td></tr><tr><td>Xu, Z.,</td><td>114F</td></tr><tr><td>Xue, C.,</td><td>640W</td></tr></table>

Y

<table><tr><td>Yadav, Vikas,</td><td>588F</td></tr><tr><td>Yaegashi, Junko,</td><td>66F*</td></tr><tr><td>Yagtu, Civan,</td><td>115W</td></tr><tr><td>Yaish, Shir,</td><td>535W</td></tr><tr><td>Yamagata, Y.,</td><td>96F</td></tr><tr><td>Yamagata, Youhei,</td><td>52W*</td></tr><tr><td>Yamashino, T,</td><td>30F</td></tr><tr><td>Yan, L,</td><td>637W*</td></tr><tr><td>Yan, X.,</td><td>259W, 487W*</td></tr><tr><td>Yang, Han-Eul,</td><td>568W</td></tr><tr><td>Yang, Lei,</td><td>75F</td></tr><tr><td>Yang, Moon-Sik,</td><td>270F</td></tr><tr><td>Yang, Q.,</td><td>153F</td></tr><tr><td>Yang, Wen-Der,</td><td>290T</td></tr><tr><td>Yang, Yi,</td><td>290T</td></tr><tr><td>Yano, S.,</td><td>86T</td></tr><tr><td>Yeh, Hsu-Hua,</td><td>70W</td></tr><tr><td>Yeh, Zong-Ming,</td><td>290T</td></tr><tr><td>Yeo, Soo-Hwan,</td><td>321F</td></tr><tr><td>Yin, Guohua,</td><td>304W</td></tr><tr><td>Yin, Tao,</td><td>397W</td></tr><tr><td>Yin, Z.,</td><td>578T*</td></tr><tr><td>Yokoi, T.,</td><td>150F*</td></tr><tr><td>Yokoyama, Tatsuya,</td><td>280W</td></tr><tr><td>Yoon, Olivia,</td><td>70W</td></tr><tr><td>Yoshida, Hiroshi,</td><td>27F*</td></tr><tr><td>Yoshimi, A.,</td><td>86T</td></tr><tr><td>Young, Carolyn A.,</td><td>620T*</td></tr><tr><td>Young, Janet M.,</td><td>622W</td></tr><tr><td>Yu, Chien-Hung,</td><td>409W</td></tr><tr><td>Yu, Jae-Hyuk,</td><td>361W</td></tr><tr><td>Yu, Jiujiang,</td><td>304W*</td></tr><tr><td>Yu, V.,</td><td>635T</td></tr><tr><td>Yuan, Tinglu,</td><td>516F</td></tr><tr><td>Yuan Yin, Q.,</td><td>102F</td></tr><tr><td>Yue, Wei,</td><td>235W</td></tr><tr><td>Yun, Suk-Hyun,</td><td>321F, 568W</td></tr><tr><td>Yun, Sung-Hwan,</td><td>236T, 396F</td></tr></table>

Z

<table><tr><td>Zaccaron, M.,</td><td>267F*</td></tr><tr><td>Zander, Sabrina,</td><td>190W*</td></tr><tr><td>Zanders, Sara H E.,</td><td>622W*</td></tr><tr><td>Zawil, D.,</td><td>53T*</td></tr><tr><td>Zechmann, Bernd,</td><td>564F</td></tr><tr><td>Zegans, Mike,</td><td>415W</td></tr><tr><td>ZEHRAOUI, E.,</td><td>398T</td></tr><tr><td>Zeilinger, Susanne,</td><td>581T</td></tr><tr><td>Zettler, L.,</td><td>263T</td></tr><tr><td>Zhai, Y.,</td><td>492F</td></tr><tr><td>Zhang, C.,</td><td>358W*, 635T</td></tr><tr><td>Zhang, Dong,</td><td>516F</td></tr><tr><td>Zhang, F.,</td><td>469W*</td></tr><tr><td>Zhang, H.,</td><td>333F</td></tr><tr><td>Zhang, J.,</td><td>22W, 206T*, 583W*, 584T</td></tr><tr><td>Zhang, Jinxiang,</td><td>50T*</td></tr></table>

<table><tr><td>Zhang, Qiang,</td><td>397W</td></tr><tr><td>Zhang, Summer,</td><td>496W</td></tr><tr><td>Zhang, X.,</td><td>531F*, 547W</td></tr><tr><td>Zhang, Y.,</td><td>303F, 341T, 608T</td></tr><tr><td>Zhang, Yanhua,</td><td>47T</td></tr><tr><td>Zhang, Ying,</td><td>93F</td></tr><tr><td>Zhang, Yuanchen,</td><td>478W</td></tr><tr><td>Zhang, Yuanwei,</td><td>85W*</td></tr><tr><td>Zhao, J.,</td><td>652W</td></tr><tr><td>Zhao, X.,</td><td>19W</td></tr><tr><td>zhao, x.,</td><td>413T*</td></tr><tr><td>Zhao, Y.,</td><td>384F*, 639F,</td></tr><tr><td>ZHONG, Z.,</td><td>551T</td></tr><tr><td>Zhong, Ziming,</td><td>552F</td></tr><tr><td>Zhou, B.,</td><td>259W</td></tr><tr><td>Zhou, Mian,</td><td>409W</td></tr><tr><td>Zhou, X.,</td><td>152T*</td></tr><tr><td>Zhou, Zhipeng,</td><td>409W, 437T</td></tr><tr><td>Zhu, J.,</td><td>416T*</td></tr><tr><td>Zhu, Zhaojun,</td><td>81F</td></tr><tr><td>Zia, Amjad,</td><td>272T</td></tr><tr><td>Zielinski, J.,</td><td>109W</td></tr><tr><td>Ziemons, S.,</td><td>433W</td></tr><tr><td>Zimmerman, K.,</td><td>41T</td></tr><tr><td>Zink, E.,</td><td>331W</td></tr><tr><td>Zink, Erika,</td><td>50T</td></tr><tr><td>Zivy, M.,</td><td>429F</td></tr><tr><td>Znaidi, S.,</td><td>147F</td></tr><tr><td>Zoll, J.,</td><td>583W</td></tr><tr><td>Zuniga, J. E.,</td><td>166W*</td></tr><tr><td>Zuo, S. X.,</td><td>652W</td></tr><tr><td>Zwaan, Bas,</td><td>583W</td></tr><tr><td>Zwaan, B. J.,</td><td>584T</td></tr></table>
The following index is composed of keywords selected by presenting authors from a list on the Abstract Submission Site. Abstract program numbers follow each keyword.

annotation

1W 200T 201F 202W 203T
222F 242T 266T 293T 317T
649W

antifungal drug resistance

584T

appressorium

2T 24F 47T 142W 143T

ashbya gossypii 275T

asperfillus oryzae

12F 52W 53T 54F 96F 205W
367W 368T 369F 370W
371T 586W

aspergillus

308T

aspergillus flavus

194T 309F 310W 332T

aspergillus fumigatus

3F 4W 5T 6F 7W 81F 82W
83T 84F 85W 204F 318F
357F 358W 359T 360F 455T
456F 457W 458T 459F
583W 584T 627F

aspergillus nidulans

8T 9F 10W 48F 70W 111F
86T 87F 88W 89T 85W 90F
91W 92T 93F 94W 145W
361W 362T 363F 364W
365T 431T 439W 585F

aspergillus niger

26T 11T 49W 50T 51F 57F
95T 243F 366F 629T 628W

automation

633F

barley

218T 460W 636F

biocontrol

582F

bioinformatics

510F

biomass

29T 13W 66F 76W 55W 56T
58W 59T 57F 171F 289W
206T 628W

biotrophic

14T 15F 207F 324F 319W
540F 461T

botrytis cinerea

16W 97W 98T 180F 208W
372F 429F 462F

candida albicans

17T 62T 99F 100W 197T
209T 210F 373W 374T 375F
376W 463W 464T 465F
466W 467T 468F 587T
637W 638T

cell cycle

144F 210F

cell death

193W

cell wall

17T 21F 3F 101T 102F
103W 86T 151W 211W 377T
469W 470T 480F

cellulases

77T

centromere

311T

chemical genetics

312F

chromatin structure

398T

circadian clock

104T 105F 152T 258F 378F
379W 380T 420F 424W
471F

colletotrichum

60F 212T 381F 472W 473T

communication

149T

comparative genomics

347T

comparative mitochondrial
genomics

316W

condidation

14T 15F 101T 141F 211W
274W 392T 455T

coprinopsis cinerea

195F 196W

cryptococcus neoformans

106W 107T 108F 109W
172W 213F 244W 377T
382W 383T 384F 445W
474F 475W 588F 639F
640W

database

203T
development

110T 112W 113T 114F
115W 116T 117F 118W
111F 119T 120F 131T 132F
134T 82W 137T 87F 88W
89T 146T 147F 148W 153F
181W 186F 195F 196W
385W 414F 476T 525F

diagnostic

644T

diversity

200T 294F 320T 321F 322W
323T 325W 326T 327F
328W 329T 330F 331W
332T 333F 334W 335T 324F
336F 337W 338T 339F
340W 342F 318F 350T
352W 353T 477F 478W
521T 587T 589W 590T 615F
619W 624F

DNA repair

18F 386T 589W 630F

early diverging fungi

451W

ecology

121W 214W 215T 216F
217W 223W 317T 325W
336F 337W 338T 339F
340W 341T 463W 478W
479T 560T 591F 593T 594F
643W

ectomycorrhiza

217W

education

653T 654F

effector

19W 122T 123F 219F 220W
218T 245T 259W 295W
387F 416T 476T 480F 481W
482T 483F 484W 485T 486F
487W 488T 489F 490W
491T 492F 493W 494T 495F
496W 497T 498F 499W
500T 501F 502W 503T 504F
505W 506T 507F 508W
509T 510F 516F 541W 542T
555F 557T 565W 566T 569T
579F 592W

epigenetics

450F

epigenomics

451W

evolution

41T 61W 102F 112W 113T
122T 124W 221T 222F
223W 224T 225F 226W
227T 228F 229W 230T 231F
233T 246F 247W 248T 249F
276F 277W 278T 296T 297F
298W 309F 311T 326T 327F
342F 481W 511W 580W
588F 592W 593T 594F
595W 596T 597F 598W
599T 600F 601W 602T 603F
604W 605T 606F 607W
608T 609F 611T 612F 616W
621F 622W 641T

expression system

632T

fruiting body

114F 124W 125T 126F
127W 128T 173T 187W
231F 388W 389T 645F

functional genomics

452T

fungal diversity

356T

fungicide resistance

313W

fusarium

20T 232W 233T 234F 235W
236T 279F 390F 391W 404T
512T 513F 514W 515T
595W 607W 608T 609F

610W

fusarium graminearum

21F 129F 130W 237F 343W
392T 393F 394W 395T 396F
397W 398T 482T 516F
517W 518T 519F 520W
537F 570F 460W

fusarium oxysporum

18F 131T 132F 133W 344T
399F 483F 521T 522F 523W
611T 612F

gene deletion

4W 46W 47T 62T 49W 58W
107T 115W 116T 163W 96F
238W 239T 373W 400W
368T 524T 531F 543F 571W
596T 631W 637W 642F

gene editing technology
development

631W

gene expression

22W 23T 27F 60F 63F 64W
65T 67W 66F 50T 72F 75F
117F 134T 135F 174F 194T
240F 280W 205W 386T
387F 401T 402F 403W 404T
405F 406W 407T 408F
409W 410T 411F 412W
361W 362T 417F 425T 426F
432F 369F 440T 441F 447F
484W 485T 486F 525F
526W 527T 528F

gene expression

529W 532W 544W 613W
623T

gene/genome editing

634W

genome editing

635T

genome organization

268W

genome sequencing

136W 175W 208W 212T
214W 219F 224T 241W
242T 244W 245T 246F
247W 248T 249F 250W
251T 243F 252F 253W 254T
255F 256W 257T 263T 315F
207F 328W 329T 345F
346W 347T 363F 473T 530T
630F

GFP

118W 90F 154W 95T 299T
393F

heterochromatin

422T

hydrophobins

78F

hyphae

99F 100W 83T 137T 138F
182T 225F 348F 643W

hyphal fusion
97W 139W 140T 155T 348F
413T 561F

**inducer**

453F

**industrial biotechnology**

633F

**lentinula edodes**

314T

**lichen**

315F

**lichen, symbiosis, resynthesis, fungi, algae**

79W

**light**

141F 240F 258F 372F 414F
415W 428T

**loss of heterozygosity**

197T

**magnaporthe oryzae**

2T 24F 144F 142W 143T
259W 260T 261F 416T
487W 531F 532W 533T
534F 461T 614T

**maize**

355W 488T 545T

**malassezia**

316W

**mass spectrometry**

36F

**metabolism**

16W 22W 25W 27F 28W
26T 8T 31W 43W 71T 135F
234F 238W 262W 415W
456F 535W

**metabolomics**

354F

**microarray**

536T 615F

**microbiome**

468F

**mitochondria**

150F 198F 199W

**morphogenesis**

119T 121W 125T 126F 146T
147F 145W 156F 383T 417F
418W 572T 581T 639F

**multidrug resistance**

454W

**mycobiome, fungi in the gut**

333F

**mycorrhiza**

250W 263T 264F 265W
330F 349W 489F 613W

**mycovirus**

655W

**nematode-trapping fungi**

580W

**neurospora**

59T 104T 148W 149T 150F
176T 379W 380T 405F 419T
420F 421W 422T 434T 437T
536T 597F 598W 616W

**neurospora crasse**

151W 152T 153F 154W
155T 156F 157W 158T 159F
183F 406W 423F 424W
425T 426F 444F 450F 537F

**nuclear mutation**

199W

**oxidative stress**

29T 13W 103W 538W

**pathogenicity**

28W 30F 61W 108F 109W
160W 188T 201F 220W
235W 266T 267F 268W
313W 344T 381F 427W
442W 462F 464T
471F 474F 475W 490W
491T 492F 493W 494T 495F
496W 497T 511W 512T
517W 522F 524T 526W
527T 530T 539T 541W 542T
543F 544W 545T 546F
547W 548T 549F 550W
551T 552F 553W 540F 554T
567F 617T 626T 644T 652W

**pectinase**

453F

**pheromone**

133W

**phytophthora**

334W 335T

**plant pathogen**

306F

**pleurotus ostreatus**

655W

**population**

168F 209T 251T 281T 319W
590T 591F 599T 610W 614T
618F 619W 620T

**protein degradation**

520W

**protein kinase**

44T 120F 91W 204F 357F
364W 554T 645F

**protein localizatioin**

5T 138F 139W 93F 157W
158T 159F 162F 163W 164T
165F 169W 185T 189F
190W 370W 500T

**protein production**

77T

**protein-protein interactions**

9F 54F 92T 161T 260T 269T
394W 428T 498F 499W
533T 578T

**proteomics**

31W 37W 74T 166W 215T

261F 270F 271W 272T
421W 429F 646W

**receptor**

641T

**rhodotorula**

356T

**RNA-seq**

51F 68T 80T 167T 226W
236T 252F 273F 274W 300F
314T 407T 366F 430W 513F
546F 555F 573F 646W 647T

**RNAi**

577W

**saccharomyces cerevisiae**

130W 168F 253W 275T
350T 430W 600F 648F
649W

**secondary metabolism**

20T 23T 6F 7W 32T 33F
34W 35T 36F 37W 38T 39F
42F 45F 68T 69F 71T 70W
169W 216F 276F 277W
278T 279F 280W 281T 390F
395T 399F 432F 431T 433W
443T 449T 556W 563T
574W 601W

**secondary metabolite**

30F 40W 41T 42F 12F 72F
282F 341T 351F 408F 413T
518T 457W 557T 575T 627F
650T

**sexual development**

73W 123F 127W 136W 94W
167T 170T 172W 173T 174F
175W 176T 177F 178W
179T 171F 191T 283W 284T
301W 345F 352W 396F
434T 435F 602T 583W 620T
621F 622W 586W 640W

**signal transduction**

38T 43W 44T 105F 140T
160W 166W 180F 181W
182T 183F 184W 271W
285F 286W 287T 288F
310W 384F 358W 501F
547W

**single nucleotide polymorphism**

458T 623T

**stress**

184W

**stwintron**

585F

**symbiosis**

185T 346W 353T 354F
436W 470T 502W 528F
558F 559W 560T 561F
562W

**toxin**

10W 164T 302T 351F 397W
503T 548T 638T

**transcription**

67W 186F 409W 433W 371T
437T 438F

**transcription factor**

128T 165F 177F 267F 289W
374T 391W 410T 411F 359T
360F 365T 418W 435F 438F
440T 441F 439W 442W
443T 448W 452T 454W
563T 632T 651F

**transcription profiling**

1W 39F 283W 375F 376W
427W 444F 465F 477F
529W 534F 651F

**transcriptome**

74T 98T 178W 227T 228F
254T 255F 264F 284T 206T
331W 412W 445W 479T
519F 629T

**translation**

388W

**transmembrane proteins**

581T

**transport**

75F 192F 535W

**trichoderma reesei**

73W 80T 307W

**trichoderma virens**

78F

**ustilago maydis**

45F 76W 187W 188T 189F
190W 191T 192F 193W
389T 446T 447F 448W 504F
549F 564F 565W 566T 567F
624F

**vaccine**

553W

**verticillium**

582F

**virulence**

46W 84F 256W 257T 269T
303F 304W 400W 466W
467T 505W 506T 507F
514W 515T 523W 459F
550W 568W 569T 570F
571W 572T 573F 574W
575T 576F 577W 579F
652W

**wheat**

19W 305T 343W 355W
508W 551T 552F 576F

**whole genome sequencing**

179T 202W 213F 229W
230T 237F 239T 265W 290T
291F 292W 293T 294F
295W 296T 297F 298W
299T 300F 301W 302T 303F
304W 305T 306F 307W
308T 349W 449T 509T
562W 578T 603F 604W
605T 606F 617T 625W 626T

**wood decay**

272T

**zymoseptoria**

312F