cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.25345/c5zp50
title: MassIVE MSV000083178 - UHPLC-MS/MS analysis of the proteomic profiles of cocoa beans from different genotypes
title: Amongst other compounds, cocoa flavour is dependent on peptides that are formed during fermentation of cocoa beans from proteins such as albumin and vicilin. In this study the proteomic profiles of cocoa beans from four genotypes (ICS 1, ICS 39, IMC 67 and SCA 6) with different genetic background and flavour profiles have been analysed by employing a bottom-up label free LC-MS/MS approach. From a total of 430 identified proteins, 250 proteins were found significantly differentially expressed among the four cocoa genotypes analysed. Of these, 61 proteins with a fold change of 2 or more were further investigated, showing that the majority is involved in stress response. Furthermore, several of these 61 proteins could also be linked to oxidation-reduction processes. PCA analysis allowed a clear separation of the genotypes based on their proteomic profile, with an aminohydrolase and a sulphite oxidase greatly contributing to the separation. Aspartyl protease was more abundant in the genotypes ICS 1 and ICS compared to IMC 67, while a serine carboxypeptidase was significantly more expressed in the genotype ICS 39 in comparison with the other genotypes. Both these enzymes catalyse the degradation of storage proteins during fermentation. A Beta-amylase, an enzyme which catalyses the release of maltose was detected at a significantly higher level in the genotype SCA 6 compared to ICS 1 and IMC 67.  Two Amine oxidases were significantly more abundant in the genotype SCA 6 compared to ICS 39, and in the genotype ICS 1 versus ICS 39, while two alcohol dehydrogenase were higher expressed in the genotype SCA 6 compared to IMC 67. These enzyme catalyse oxidation of amines and alcohols with release of aldehydes and ketones. The data shows that UHPLC-MS/MS can be employed to differentiate cocoa beans from various varieties, and thus in theory be linked to differences in their flavour profile.
DOI: 10.25989/2vrt-cv34
title: Materials Experiment and Analysis Database:
DOI: 10.25989/68v6-2j36
title: Materials Experiment and Analysis Database:
DOI: 10.25989/7j6p-1d30
title: Materials Experiment and Analysis Database:
DOI: 10.25989/84ez-ea60
title: Materials Experiment and Analysis Database:
DOI: 10.25989/869n-5x47
title: Materials Experiment and Analysis Database:
DOI: 10.25989/906y-g773
title: Materials Experiment and Analysis Database:
DOI: 10.25989/b8j9-jq65
title: Materials Experiment and Analysis Database:
DOI: 10.25989/c84c-nx75
title: Materials Experiment and Analysis Database:
DOI: 10.25989/f2tz-0q54
title: Materials Experiment and Analysis Database:
DOI: 10.25989/hbqh-7631
title: Materials Experiment and Analysis Database:
DOI: 10.25989/j5rm-1v32
title: Materials Experiment and Analysis Database:
DOI: 10.25989/jmpd-at24
title: Materials Experiment and Analysis Database:
DOI: 10.25989/mr92-dz62
title: Materials Experiment and Analysis Database:
DOI: 10.25989/mx27-kf02
title: Materials Experiment and Analysis Database:
DOI: 10.25989/r4z1-5038
title: Materials Experiment and Analysis Database:
DOI: 10.25989/y1rw-f139
title: Materials Experiment and Analysis Database:
DOI: 10.25345/c51g79
title: MassIVE MSV000083186 - GNPS-shm-20181201
title: institute of medicinal biotechnology chinese academy of meical sciences, china
DOI: 10.25345/c55596
title: MassIVE MSV000083183 - Bacillus-Fungus interaction IV
title: Non-targeted metabolomics of bacteria fungus interaction and bio-activity guided fractions.
DOI: 10.25345/c59022
title: MassIVE MSV000083182 - test
title: apple sample Nz harvest test molecul network 2nd run
DOI: 10.25345/c5dp4n
title: MassIVE MSV000083181 - Xcc Pan Proteome
title: In this project, two isolates of Xanthomonas campestris pv campestris were compared in the following conditions, 1. growth in NYG rich medium, and 2. growth in XVM1 minimal medium. Total proteins were extracted and trypsin digested. The nanoscale Liquid Chromatography was performed to separate tryptic peptides in a nanoAcquity system (Waters, USA) using 2D dilution technology. The digested peptides were analyzed in a Synapt G2 HDMS mass spectrometer (Waters, Manchester, UK) operated in the resolution mode of analysis and a resolving power of at least 20,000 full-width half-maximum (FWHM). All analyses were performed using a positive nanoelectrospray ion mode (nanoESI +). ProteinLynx Global Server (PLGS) version 2.5 (Waters, Manchester, UK) was used to process the MS data obtained from LC-MSE. For protein identification, the software embedded ion accounting algorithm was used. For the analysis of protein identification and quantification level, the observed intensity measurements were auto normalized by PLGS.
DOI: 10.25345/c5hg7n
title: MassIVE MSV000083191 - Optimisation of protein extraction from medicinal cannabis mature buds for bottom-up proteomics.
title: Medicinal cannabis is used to relieve the symptoms of certain medical conditions, such as epilepsy. Cannabis is a controlled substance and until recently was illegal in many jurisdictions. Consequently, the study of this plant has been restricted. Proteomics studies on Cannabis sativa reported so far have been primarily based on plant organs and tissues other than buds, such as roots, hypocotyl, leaves, hempseeds, and flour. As far as our knowledge, no optimisation of protein extraction from cannabis reproductive tissues was attempted. Therefore, we set out to assess different protein extraction methods followed by mass spectrometry-based proteomics to recover, separate and identify the proteins of the reproductive organs of medicinal cannabis, apical buds and isolated trichomes. Database search following shotgun proteomics was limited to C. sativa protein sequences available from UniprotKB. Our results demonstrate that a buffer containing the chaotrope reagent guanidine-hydrochloride recovers many more proteins than a urea-based buffer. In combination with a precipitation with trichloroacetic acid, such buffer proved optimum to identify proteins using a trypsin digestion followed by nLC-MS/MS analyses. This is validated by focusing on enzymes involved in the cannabinoid pathway.
DOI: 10.25345/c5n59j
title: MassIVE MSV000083190 - GNPS-shm-20181201-1
title: institute of medicinal biotechnology chinese academy of meical sciences, china
DOI: 10.25345/c5s02d
title: MassIVE MSV000083189 - GNPS-shm-20181201
title: institute of medicinal biotechnology chinese academy of meical sciences, china
DOI: 10.25345/c5wp40
title: MassIVE MSV000083188 - GNPS-shm-20181201
title: Institute of Medicinal Biotechnology, Chinese Academy of Medical Sciences and Peking Union Medical College
DOI: 10.25989/06mv-cd64
title: Materials Experiment and Analysis Database:
DOI: 10.25989/0as1-7337
title: Materials Experiment and Analysis Database:
DOI: 10.25989/6yje-e543
title: Materials Experiment and Analysis Database:
DOI: 10.25989/a8yd-2k55
title: Materials Experiment and Analysis Database:
DOI: 10.25989/ab0s-fb63
title: Materials Experiment and Analysis Database:
DOI: 10.25989/dd5h-tt25
title: Materials Experiment and Analysis Database:
DOI: 10.25989/e3qt-2a40
title: Materials Experiment and Analysis Database:
DOI: 10.25989/ff1p-xz30
title: Materials Experiment and Analysis Database:
DOI: 10.25989/hz58-yp35
title: Materials Experiment and Analysis Database:
DOI: 10.25989/jgax-wv72
title: Materials Experiment and Analysis Database:
DOI: 10.25989/k9tv-qz17
title: Materials Experiment and Analysis Database:
DOI: 10.25989/kgmc-cj85
title: Materials Experiment and Analysis Database:
DOI: 10.25989/nt4v-3p94
title: Materials Experiment and Analysis Database:
DOI: 10.25989/scy9-g404
title: Materials Experiment and Analysis Database:
DOI: 10.25989/wpbr-0e26
title: Materials Experiment and Analysis Database:
DOI: 10.25989/wvsm-8v48
title: Materials Experiment and Analysis Database:
DOI: 10.25989/xcdf-1s97
title: Materials Experiment and Analysis Database:
DOI: 10.25345/c50g6m
title: MassIVE MSV000083195 - GNPS Actinomadura
title: Extracted crude from Actinomadura. Looking for new products.
DOI: 10.25345/c5460t
title: MassIVE MSV000083194 - GNPS Actinokineospora
title: Extracted crude of Actinokineospora. Looking for new compounds
DOI: 10.25345/c5801c
title: MassIVE MSV000083193 - GNPS Actinokineospora
title: Crude extracts from Actinokineospora. Looking for new compound.
DOI: 10.25345/c5cp5q
title: MassIVE MSV000083192 - Antibiotics
title: HPLC LC/MS-Data gained from extract produced by bacteria who were grown on Monarch butterflies
DOI: 10.25345/c5gg6z
title: MassIVE MSV000083200 - GNPS_D.dentatus_folhas_1e2
title: Comparison between two different dates of collection of leaves from Doliocarpus dentatus.
DOI: 10.25345/c5m898
title: MassIVE MSV000083199 - Cavia porcellus spectral library
title: The guinea pig (cavia porcellus) is an excellent experimental model for translation to many aspects of human physiology and disease yet there is limited experimental information regarding its proteome. In an effort to overcome this gap in our knowledge, we generated a comprehensive spectral library of the guinea pig proteome. Homogenates and tryptic peptide digests were prepared from 16 tissues (brain, colon, duodenum, adipose, kidney, large intestine, liver, lung, ovaries, pancreas, placenta, skeletal muscle, small intestine, stomach, heart, uterus) and subjected to &gt;200 DDA runs. Analysis of &gt;250,000 peptide-spectrum matches resulted in the construction of a library of 73594 peptides corresponding to 7667 proteins.
DOI: 10.25345/c5r01q
title: MassIVE MSV000083198 - HCT b23 proteomics
title: HCT  proteomics LC-Mse RAW data  files - Synapt G2 HDMS aquisition
DOI: 10.25345/c5vp52
title: MassIVE MSV000083196 - GNPS - Actinokineospora 2
title: Extracted crude of Actinokineospora. Looking for new compounds.
DOI: 10.25989/04f2-3127
title: Materials Experiment and Analysis Database:
DOI: 10.25989/1g20-qg93
title: Materials Experiment and Analysis Database:
DOI: 10.25989/9dsb-4p06
title: Materials Experiment and Analysis Database:
DOI: 10.25989/c0fx-8073
title: Materials Experiment and Analysis Database:
DOI: 10.25989/gaqs-rw56
title: Materials Experiment and Analysis Database:
DOI: 10.25989/gzkm-x458
title: Materials Experiment and Analysis Database:
DOI: 10.25989/h06b-p219
title: Materials Experiment and Analysis Database:
DOI: 10.25989/mrve-0916
title: Materials Experiment and Analysis Database:
DOI: 10.25989/mt6m-f244
title: Materials Experiment and Analysis Database:
DOI: 10.25989/snsz-7b52
title: Materials Experiment and Analysis Database:
DOI: 10.25989/t17q-fw20
title: Materials Experiment and Analysis Database:
DOI: 10.25989/vbzn-ww24
title: Materials Experiment and Analysis Database:
DOI: 10.25989/yrks-c132
title: Materials Experiment and Analysis Database:
DOI: 10.25989/zhee-wd07
title: Materials Experiment and Analysis Database:
DOI: 10.25989/zkey-vw49
title: Materials Experiment and Analysis Database:
DOI: 10.25989/307t-sb57
title: Materials Experiment and Analysis Database:
DOI: 10.25989/606q-kt68
title: Materials Experiment and Analysis Database:
DOI: 10.25989/bkhz-sg60
title: Materials Experiment and Analysis Database:
DOI: 10.25989/h3m6-r278
title: Materials Experiment and Analysis Database:
DOI: 10.25989/mntz-2395
title: Materials Experiment and Analysis Database:
DOI: 10.25989/q1eg-h533
title: Materials Experiment and Analysis Database:
DOI: 10.25989/r6j0-ek93
title: Materials Experiment and Analysis Database:
DOI: 10.25989/vkv5-3a54
title: Materials Experiment and Analysis Database:
DOI: 10.25989/xa54-qg77
title: Materials Experiment and Analysis Database:
DOI: 10.25989/09a4-9419
title: Materials Experiment and Analysis Database:
DOI: 10.25989/15gz-fb09
title: Materials Experiment and Analysis Database:
DOI: 10.25989/1n63-z856
title: Materials Experiment and Analysis Database:
DOI: 10.25989/82s8-1y75
title: Materials Experiment and Analysis Database:
DOI: 10.25989/ecg0-9d24
title: Materials Experiment and Analysis Database:
DOI: 10.25989/eyjh-7g50
title: Materials Experiment and Analysis Database:
DOI: 10.25989/f2w6-h709
title: Materials Experiment and Analysis Database:
DOI: 10.25989/pj2q-1q03
title: Materials Experiment and Analysis Database:
DOI: 10.25989/rw9x-3w04
title: Materials Experiment and Analysis Database:
DOI: 10.25989/wkfb-4217
title: Materials Experiment and Analysis Database:
DOI: 10.25989/3316-1c79
title: Materials Experiment and Analysis Database:
DOI: 10.25989/4bx7-q961
title: Materials Experiment and Analysis Database:
DOI: 10.25989/4tsb-r507
title: Materials Experiment and Analysis Database:
DOI: 10.25989/78td-n673
title: Materials Experiment and Analysis Database:
DOI: 10.25989/8bw2-jf42
title: Materials Experiment and Analysis Database:
DOI: 10.25989/90kv-nn60
title: Materials Experiment and Analysis Database:
DOI: 10.25989/9rcd-dt40
title: Materials Experiment and Analysis Database:
DOI: 10.25989/c131-pq08
title: Materials Experiment and Analysis Database:
DOI: 10.25989/d7pp-xw44
title: Materials Experiment and Analysis Database:
DOI: 10.25989/e0by-4h40
title: Materials Experiment and Analysis Database:
DOI: 10.25989/ean0-gf40
title: Materials Experiment and Analysis Database:
DOI: 10.25989/enf7-sk30
title: Materials Experiment and Analysis Database:
DOI: 10.25989/epg4-6s30
title: Materials Experiment and Analysis Database:
DOI: 10.25989/n0hj-p673
title: Materials Experiment and Analysis Database:
DOI: 10.25989/nwnb-z267
title: Materials Experiment and Analysis Database:
DOI: 10.25989/r891-b336
title: Materials Experiment and Analysis Database:
DOI: 10.25989/sap2-ma49
title: Materials Experiment and Analysis Database:
DOI: 10.25989/x8zp-p491
title: Materials Experiment and Analysis Database:
DOI: 10.25989/xh27-ae72
title: Materials Experiment and Analysis Database:
DOI: 10.25989/xpzj-1s15
title: Materials Experiment and Analysis Database:
DOI: 10.25989/yy36-be61
title: Materials Experiment and Analysis Database:
DOI: 10.25989/zjk9-c607
title: Materials Experiment and Analysis Database:
DOI: 10.25989/55bk-z010
title: Materials Experiment and Analysis Database:
DOI: 10.25989/5ywz-hq03
title: Materials Experiment and Analysis Database:
DOI: 10.25989/993g-nv22
title: Materials Experiment and Analysis Database:
DOI: 10.25989/acm6-5637
title: Materials Experiment and Analysis Database:
DOI: 10.25989/cs9t-c662
title: Materials Experiment and Analysis Database:
DOI: 10.25989/djdj-jd42
title: Materials Experiment and Analysis Database:
DOI: 10.25989/e48g-0t06
title: Materials Experiment and Analysis Database:
DOI: 10.25989/grsn-dw64
title: Materials Experiment and Analysis Database:
DOI: 10.25989/mayb-nv10
title: Materials Experiment and Analysis Database:
DOI: 10.25989/mm85-b655
title: Materials Experiment and Analysis Database:
DOI: 10.25989/rr2d-wa41
title: Materials Experiment and Analysis Database:
DOI: 10.25989/wnen-r661
title: Materials Experiment and Analysis Database:
DOI: 10.25989/wy9b-8f42
title: Materials Experiment and Analysis Database:
DOI: 10.25989/xbwm-yc86
title: Materials Experiment and Analysis Database:
DOI: 10.25989/zj91-rp48
title: Materials Experiment and Analysis Database:
DOI: 10.25989/00e5-v750
title: Materials Experiment and Analysis Database:
DOI: 10.25989/080z-rw13
title: Materials Experiment and Analysis Database:
DOI: 10.25989/1psp-3504
title: Materials Experiment and Analysis Database:
DOI: 10.25989/1v8f-4922
title: Materials Experiment and Analysis Database:
DOI: 10.25989/2fcn-my23
title: Materials Experiment and Analysis Database:
DOI: 10.25989/78cn-hz76
title: Materials Experiment and Analysis Database:
DOI: 10.25989/8ydm-q292
title: Materials Experiment and Analysis Database:
DOI: 10.25989/9qek-1m73
title: Materials Experiment and Analysis Database:
DOI: 10.25989/a3jc-ca84
title: Materials Experiment and Analysis Database:
DOI: 10.25989/b5zt-vr13
title: Materials Experiment and Analysis Database:
DOI: 10.25989/baez-rk50
title: Materials Experiment and Analysis Database:
DOI: 10.25989/bnd4-4d96
title: Materials Experiment and Analysis Database:
DOI: 10.25989/c2x2-zb16
title: Materials Experiment and Analysis Database:
DOI: 10.25989/cn01-xg96
title: Materials Experiment and Analysis Database:
DOI: 10.25989/f2wc-3s36
title: Materials Experiment and Analysis Database:
DOI: 10.25989/jn7x-et03
title: Materials Experiment and Analysis Database:
DOI: 10.25989/pc7q-ac35
title: Materials Experiment and Analysis Database:
DOI: 10.25989/qmtt-5662
title: Materials Experiment and Analysis Database:
DOI: 10.25989/tzps-5z44
title: Materials Experiment and Analysis Database:
DOI: 10.25989/v4x1-kb26
title: Materials Experiment and Analysis Database:
DOI: 10.25989/0p06-6s19
title: Materials Experiment and Analysis Database:
DOI: 10.25989/1e0p-2r98
title: Materials Experiment and Analysis Database:
DOI: 10.25989/3435-wf58
title: Materials Experiment and Analysis Database:
DOI: 10.25989/42cj-cr86
title: Materials Experiment and Analysis Database:
DOI: 10.25989/5429-m084
title: Materials Experiment and Analysis Database:
DOI: 10.25989/78g3-j392
title: Materials Experiment and Analysis Database:
DOI: 10.25989/7cwz-za04
title: Materials Experiment and Analysis Database:
DOI: 10.25989/7jd7-nr12
title: Materials Experiment and Analysis Database:
DOI: 10.25989/8sd2-mg46
title: Materials Experiment and Analysis Database:
DOI: 10.25989/a46g-1m87
title: Materials Experiment and Analysis Database:
DOI: 10.25989/afsb-8822
title: Materials Experiment and Analysis Database:
DOI: 10.25989/bk39-g094
title: Materials Experiment and Analysis Database:
DOI: 10.25989/cm0g-k729
title: Materials Experiment and Analysis Database:
DOI: 10.25989/cpgh-rh88
title: Materials Experiment and Analysis Database:
DOI: 10.25989/fcmy-sd58
title: Materials Experiment and Analysis Database:
DOI: 10.25989/jf0s-3p91
title: Materials Experiment and Analysis Database:
DOI: 10.25989/p41d-bp88
title: Materials Experiment and Analysis Database:
DOI: 10.25989/rx72-j277
title: Materials Experiment and Analysis Database:
DOI: 10.25989/t1tj-wf65
title: Materials Experiment and Analysis Database:
DOI: 10.25989/xhe5-rv49
title: Materials Experiment and Analysis Database:
DOI: 10.25989/xqtx-as88
title: Materials Experiment and Analysis Database:
DOI: 10.25989/zhtn-x725
title: Materials Experiment and Analysis Database:
DOI: 10.25989/0mnh-e557
title: Materials Experiment and Analysis Database:
DOI: 10.25989/2afp-wf69
title: Materials Experiment and Analysis Database:
DOI: 10.25989/3gzm-5983
title: Materials Experiment and Analysis Database:
DOI: 10.25989/40e5-yb65
title: Materials Experiment and Analysis Database:
DOI: 10.25989/4tej-c707
title: Materials Experiment and Analysis Database:
DOI: 10.25989/93ax-hc92
title: Materials Experiment and Analysis Database:
DOI: 10.25989/dhme-bz55
title: Materials Experiment and Analysis Database:
DOI: 10.25989/fxbq-9s57
title: Materials Experiment and Analysis Database:
DOI: 10.25989/kkct-cf56
title: Materials Experiment and Analysis Database:
DOI: 10.25989/mejr-nq09
title: Materials Experiment and Analysis Database:
DOI: 10.25989/mnnz-5t50
title: Materials Experiment and Analysis Database:
DOI: 10.25989/pjv5-7c40
title: Materials Experiment and Analysis Database:
DOI: 10.25989/rarz-2412
title: Materials Experiment and Analysis Database:
DOI: 10.25989/rzbz-pe86
title: Materials Experiment and Analysis Database:
DOI: 10.25989/s3ec-k480
title: Materials Experiment and Analysis Database:
DOI: 10.25989/scvq-zn60
title: Materials Experiment and Analysis Database:
DOI: 10.25989/wd9y-p821
title: Materials Experiment and Analysis Database:
DOI: 10.25989/wzhw-y485
title: Materials Experiment and Analysis Database:
DOI: 10.25989/xpva-he77
title: Materials Experiment and Analysis Database:
DOI: 10.25989/36rw-cp12
title: Materials Experiment and Analysis Database:
DOI: 10.25989/66xf-1f88
title: Materials Experiment and Analysis Database:
DOI: 10.25989/87kd-f313
title: Materials Experiment and Analysis Database:
DOI: 10.25989/8zxa-e130
title: Materials Experiment and Analysis Database:
DOI: 10.25989/bp08-vm88
title: Materials Experiment and Analysis Database:
DOI: 10.25989/d8tv-4q04
title: Materials Experiment and Analysis Database:
DOI: 10.25989/ee8j-c271
title: Materials Experiment and Analysis Database:
DOI: 10.25989/gqk4-0h10
title: Materials Experiment and Analysis Database:
DOI: 10.25989/q1fp-aq24
title: Materials Experiment and Analysis Database:
DOI: 10.25989/q81p-n580
title: Materials Experiment and Analysis Database:
DOI: 10.25989/qm5q-ps53
title: Materials Experiment and Analysis Database:
DOI: 10.25989/rjhj-vg33
title: Materials Experiment and Analysis Database:
DOI: 10.25989/s8w9-1p93
title: Materials Experiment and Analysis Database:
DOI: 10.25989/sctt-r643
title: Materials Experiment and Analysis Database:
DOI: 10.25989/wggr-jk19
title: Materials Experiment and Analysis Database:
DOI: 10.25989/yv24-sd14
title: Materials Experiment and Analysis Database:
DOI: 10.25989/3cct-xk91
title: Materials Experiment and Analysis Database:
DOI: 10.25989/5shb-aj31
title: Materials Experiment and Analysis Database:
DOI: 10.25989/6zra-2q58
title: Materials Experiment and Analysis Database:
DOI: 10.25989/7737-w331
title: Materials Experiment and Analysis Database:
DOI: 10.25989/793y-5a08
title: Materials Experiment and Analysis Database:
DOI: 10.25989/7hav-2367
title: Materials Experiment and Analysis Database:
DOI: 10.25989/84s3-nx96
title: Materials Experiment and Analysis Database:
DOI: 10.25989/ahw3-dx28
title: Materials Experiment and Analysis Database:
DOI: 10.25989/bh82-3e24
title: Materials Experiment and Analysis Database:
DOI: 10.25989/e0kn-qh09
title: Materials Experiment and Analysis Database:
DOI: 10.25989/hfww-yr65
title: Materials Experiment and Analysis Database:
DOI: 10.25989/k99c-0j90
title: Materials Experiment and Analysis Database:
DOI: 10.25989/k9t6-b105
title: Materials Experiment and Analysis Database:
DOI: 10.25989/m60j-q903
title: Materials Experiment and Analysis Database:
DOI: 10.25989/mhhz-rx13
title: Materials Experiment and Analysis Database:
DOI: 10.25989/n81w-e171
title: Materials Experiment and Analysis Database:
DOI: 10.25989/q2gk-dy43
title: Materials Experiment and Analysis Database:
DOI: 10.25989/q8mh-y388
title: Materials Experiment and Analysis Database:
DOI: 10.25989/ycvy-y861
title: Materials Experiment and Analysis Database:
DOI: 10.25989/yqxn-4v85
title: Materials Experiment and Analysis Database:
DOI: 10.25989/04z0-n460
title: Materials Experiment and Analysis Database:
DOI: 10.25989/132k-zw34
title: Materials Experiment and Analysis Database:
DOI: 10.25989/1gb5-8190
title: Materials Experiment and Analysis Database:
DOI: 10.25989/20sm-ts14
title: Materials Experiment and Analysis Database:
DOI: 10.25989/3zr8-s456
title: Materials Experiment and Analysis Database:
DOI: 10.25989/4yn0-dp81
title: Materials Experiment and Analysis Database:
DOI: 10.25989/5faz-nr78
title: Materials Experiment and Analysis Database:
DOI: 10.25989/5mn8-xb87
title: Materials Experiment and Analysis Database:
DOI: 10.25989/5y35-6q41
title: Materials Experiment and Analysis Database:
DOI: 10.25989/8bqn-pe96
title: Materials Experiment and Analysis Database:
DOI: 10.25989/97zt-sm72
title: Materials Experiment and Analysis Database:
DOI: 10.25989/adks-y713
title: Materials Experiment and Analysis Database:
DOI: 10.25989/amje-bx75
title: Materials Experiment and Analysis Database:
DOI: 10.25989/b8d9-q257
title: Materials Experiment and Analysis Database:
DOI: 10.25989/b979-wf69
title: Materials Experiment and Analysis Database:
DOI: 10.25989/d932-3b16
title: Materials Experiment and Analysis Database:
DOI: 10.25989/e6z0-x128
title: Materials Experiment and Analysis Database:
DOI: 10.25989/gawn-8y79
title: Materials Experiment and Analysis Database:
DOI: 10.25989/hprg-xp23
title: Materials Experiment and Analysis Database:
DOI: 10.25989/jf5y-d209
title: Materials Experiment and Analysis Database:
DOI: 10.25989/kcqs-4j48
title: Materials Experiment and Analysis Database:
DOI: 10.25989/m9zs-zc03
title: Materials Experiment and Analysis Database:
DOI: 10.25989/mf1p-qp81
title: Materials Experiment and Analysis Database:
DOI: 10.25989/nycr-ss80
title: Materials Experiment and Analysis Database:
DOI: 10.25989/pebr-aw05
title: Materials Experiment and Analysis Database: