bluuebunny/crossref_metadata_2025_split huggingface dataset:
Facing Spousal Cancer During Child-Rearing Years
Authors: Senneseth Mette , Hauken May A. , Matthiesen Stig B. , Gjestad Rolf , Laberg Jon C. 
Published: April 2016

Background:Partners of cancer patients report psychological distress and reduced quality of life. However, partners’ mental health status and quality of life during child-rearing years and the influence of social support and hardiness on their well-being have not yet been studied.Objective:The aim of this study was to describe psychological distress, quality of life, social support, and hardiness of the partners facing spousal cancer during child-rearing years and investigate whether social support or hardiness moderated the relationship between psychological distress and quality of life.Methods:Cross-sectional data were collected in Norway from December 2013 to July 2015 as part of the Cancer-PEPSONE study.Results:Five questionnaires were administered to 14 females and 21 males (n = 35). Participants reported more psychological distress and lower quality-of-life scores than other healthy Norwegian populations. Psychological distress seemed to be associated with their not being in control of their futures. Received social support moderated the effect of psychological distress on quality of life.Conclusions:Facing spousal cancer during child-rearing years seemed to have a substantial impact on partners’ mental health and an adverse impact on their quality of life. Accordingly, these partners’ self-care abilities may be reduced. Received social support may reduce the multiple burdens and consequently allow for enhancement of self-care.Implications for Practice:Interventions should aim to improve the social support provided to child-rearing partners, which may improve their quality of life. Providing adequate information about their partner’s cancer illness and treatment may enhance their feelings of control, which may be beneficial for their mental health status.
The standardization model of innovation: case of high-technology enterprises
Authors: Fang Fang , Dickson Keith , Wang Daoping 
Published: April 2016

Purpose
The purpose of this paper is to explore the core elements and their constitutive activities of innovation of high-technology enterprises (HTEs) in the context of China to embrace effective management processes for dealing with standards setting.

Design/methodology/approach
The basic methodology of the empirical investigation is a single case study of ZTE Corporation (ZTE), a leading Chinese manufacturer in the telecommunication industry. Interviews were conducted from November 2008 to July 2009 with ZTE’s managers and senior R&D employees, as well as with R&D personnel from ZTE’s partners. Interviews were carried out face to face or by emails and supplemented by telephone calls and online communications. Secondary data provide complementary information.

Findings
The key to innovation for HTEs pursuing dominant positions in high-technology industries is standardization-oriented innovation. To deal with special requirements raised by the peculiarities of standardization for HTEs’ innovation management, HTEs need to emphasize three core elements in innovation, i.e. strategic innovation planning, internal R&D practices and external co-operative innovation, and focus on their key component activities. Moreover, through the case study of ZTE, three enabling factors for standardization-oriented innovation – intellectual property rights (IPR) management, market focus and co-operation along industry chains – are identified.

Originality/value
This paper is an attempt to understand and configure key innovation activities within a standards setting. It proposes a model for innovation management of HTEs in the Chinese economy, with three critical elements and their key constitutive activities being highlighted and three enabling factors being identified.
Small dams revive dry rivers and mitigate local climate change in India’s drylands
Authors: Agoramoorthy Govindasamy , Hsu Minna J 
Published: April 2016

Purpose
– This study aims to assess how small check dams built across rivers in India’s drylands can revitalize rivers during dry season and mitigate local climate change consequences. The surface- and groundwater resources are increasingly under pressure throughout India. The imminent climate change consequences will further aggravate the crisis and this paper has addressed this difficult issue.

Design/methodology/approach
– This study was conducted in India’s dryland districts, namely, Dahod in Gujarat and Jhalawar and Banswara in Rajasthan state, to assess the impacts of small dams. Data on dams, sustainability, groundwater levels and benefits to farmers were systematically collected to analyze advantages offered by check dams with reference to climate change mitigation.

Findings
– The study shows that 356 check dams built during 1990-2012 across the tribal drylands of India, with a cost of USD 17 million, benefited over one million people from farming communities. The dams also increased groundwater levels in villages, revived rivers during dry season and increased forest growth along rivers, ultimately mitigating local climate change-imposed negative consequences.

Research limitations/implications
– Data on small dams are limited in India, as public have no access to such data because the work is done mainly by local contractors.

Practical implications
– The check dams, the role of which is highlighted here, are simple, eco-friendly and cost-effective. If it is adopted across the vast drylands of India and elsewhere, it has the potential to increase agricultural output; guarantee food security; enhance groundwater resources; and, above all, mitigate local climate change consequences.

Social implications
– If check dams are built in large numbers across India, it has the potential to increase agricultural output; guarantee food security; enhance groundwater resources; and, above all, mitigate climate change.

Originality/value
– The highlighted results and discussion will guide scientists, politicians and policymakers to make informed decisions to combat India

’
s future climate change consequences.
The benefits of multiple recollection strategies on adolescents’ testimonies: quality versus within-statement consistency?
Authors: van Can Sanne , Dodier Olivier , Otgaar Henry , Verkampt Fanny 
Published: April 2016

Purpose– The purpose of this paper is to examine the beneficial effect of a modified cognitive interview (MCI) on adolescents’ testimonies in case of a negative emotional event. Furthermore, the authors were interested in assessing the impact of a MCI on within-statement consistency.Design/methodology/approach– In total, 37 adolescents (12-15 years) watched a emotionally negative video and were interviewed, seven days later, with a MCI or a structured (control) interview (SI).Findings– Results showed that adolescents interviewed with the MCI reported significantly more correct and tended to report more incorrect information than those interviewed with the SI. Nonetheless, this rise in incorrect details did not impair the accuracy of statements gathered with the MCI (vs SI). Moreover, consistent, reminiscent, and forgotten information within a statement was positively linked to overall accuracy. In conclusion, testimonies gathered with the MCI might be perceived as more complete and detailed than the ones gathered with the SI.Practical implications– The improvement of interview techniques helps solving criminal cases.Originality/value– The innovative aspect of this work is that the benefits of the cognitive interview (CI) and the absence of an effect of inconsistency on accuracy are now also seen among adolescents.
Personalized femoral component design and its direct manufacturing by selective laser melting
Authors: Song Changhui , Yang Yongqiang , Wang Yunda , Yu Jia-kuo , Wang Di 
Published: April 2016

Purpose
This paper aims to achieve rapid design and manufacturing of personalized total knee femoral component.

Design/methodology/approach
On the basis of a patient’s bone model, a matching personalized knee femoral component was rapidly designed with the help of computer-aided design method, then manufactured directly and rapidly by selective laser melting (SLM). Considered SLM as manufacturing technology, CoCrMo-alloyed powder that meets ASTM F75 standard is made of femoral component under optimal processing parameters. The feasibility of SLM forming through conducting experimental test of mechanical properties, surface roughness, biological corrosion resistance was analyzed.

Findings
The result showed that the tensile strength, yield strength, hardness and biological corrosion resistance of CoCrMo-alloyed personalized femoral component fulfill knee joint prosthesis standard through post-processing.

Originality/value
Traditional standardized prosthesis implantation manufacturing approach was changed by computer-aided design and personalized SLM direct manufacturing, and provided a new way for personalized implanted prosthesis to response manufacturing rapidly.
Influence of process parameters on bond properties of Al laminated structure produced by ultrasonic consolidation
Authors: He Xiao-Hua , Shi Hui-Ji , Norfolk Mark 
Published: April 2016

Purpose
The purpose of this paper is to investigate the influence of key parameters on the bond strength and failure modes of laminated structures made of different aluminum alloys (i.e. Al 2024 and Al 7075) via the ultrasonic consolidation (UC) process.

Design/methodology/approach
The UC is used to fabricate laminated structures with various parameters. The push-pin tests were performed on the specimens of different materials and parameters, and the force and displacement were recorded during the tests. The peak punch force was used to represent the bond quality of the laminated structure, and the curves of force versus displacement were used to study the failure modes of the structures.

Findings
It is found that the lower normal force, the larger vibration amplitude and the lower travel speed can result in stronger bonding. Three different failure modes are observed in the tests, due to the different relations between the toughness of interface and raw materials. The process parameters have influence on the interface toughness of a laminated structure, which further leads to different failure modes.

Originality/value
The overall mechanical properties of a laminated structure highly depend on the bond quality between laminated layers. The push-pin test can easily and effectively evaluate the bond quality of the laminated structure. This paper not only focuses on the bond strength evaluation, but also analyzes the different failure modes of laminated structures made of different aluminum alloys, which can give an opportunity to optimize the parameters for different materials.
Assessing biological realism of wildlife population estimates in data‐poor systems
Authors: Popescu Viorel D. , Artelle Kyle A. , Pop Mihai I. , Manolache Steluta , Rozylowicz Laurentiu 
Published: April 2016

Summary

Large carnivore management is often contentious, particularly in jurisdictions where hunting and conservation efforts collide. Regulated hunting is a common management tool, yet relevant decisions are commonly taken in the absence of reliable population data and are driven by factors other than biological considerations.

We used European large carnivore (brown bear Ursus arctos, wolf Canis lupus and Eurasian lynx Lynx lynx) management to evaluate the biological plausibility of reported population estimates used in hunting decisions. We used Romania as a test case as this region is not only data‐poor, but the public and private game managers are beneficiaries of revenue from hunting activities. We assessed the following: (i) how population growth rates calculated from reported abundances between 2005 and 2012 compared to published growth rates empirically derived from European and North American populations; (ii) whether biological unrealism compounded through time by testing whether reported estimates fell within the bounds of biologically plausible trajectories; and (iii) the relationship between the occurrence of biologically unrealistic estimates and financial incentives (amount of hunting).

For U. arctos, which generates high revenue, estimated annual population growth rates were frequently greater than maximum published growth rates (up to 1·5 for reported versus 1·136 in the literature). Reported estimates were greater than maximum simulated populations in 32% of cases, and the difference was positively correlated with hunting (rs = 0·576).

Population growth rates for C. lupus overshot the maximum published growth rate (1·35) less frequently, reported estimates were within the bounds of biologically plausible estimates (91% of cases), and there was a weak correlation between hunting and biologically unrealistic estimates (rs = 0·182).

L. lynx population growth rates derived from reported estimates were lower than minimum simulated populations (60% of cases), and there was a weak correlation between hunting and biologically unrealistic estimates (rs = 0·164).

Synthesis and applications. Our study suggests that comparing population estimates used by management agencies to demographic data obtained through rigorous peer‐reviewed studies is a useful approach for evaluating the biological plausibility of wildlife data in data‐poor systems, especially when management decisions might be influenced by non‐scientific incentives.
The Potential of the Incorporation of Essential Oils and Their Individual Constituents to Improve Microbial Safety in Juices: A Review
Authors: de Souza Evandro Leite , da Cruz Almeida Erika Tayse , de Sousa Guedes Jossana Pereira 
Published: April 2016

AbstractThe juice sector is one of the fastest growing sectors in the food industry. Although juices are important because of their nutritional value and convenience, their composition and physicochemical properties affect their microbiological safety and overall quality during their shelf‐life. Furthermore, the thermal process classically applied in juices partially reduces the occurring microflora, and the use of chemical additives is perceived negatively by consumers. For these reasons, researchers have proposed the use of nonthermal technologies as antimicrobial preservatives in juices. This paper covers the recent literature on the use of essential oils (EOs) and the individual constituents (ICs) found therein, used alone or in combination with other emerging technologies, for the preservation of juices. From this perspective, this paper discusses the growing importance of the use of EOs and their ICs, either alone or in association with other emerging technologies, in juices and their effects on the safety and physicochemical and sensory quality attributes of these products. The results of papers currently available in the literature reveal that EOs and their ICs are promising alternatives to achieve microbial safety and stability in juices. However, extensive studies considering the effects of each EO or IC on sensory characteristics, primarily taste and aroma, are still needed to establish each of these substances/compounds as feasible preservatives for use in juices. Finally, further studies could focus on the combination of low amounts of EOs or ICs with other nonthermal technologies to achieve a balance between the microbial safety and sensory acceptability of juices.
DNA data and morphology reveal the existence of Kentrochrysalis streckeri Staudinger, 1880 (Lepidoptera: Sphingidae) instead of K. consimilis in South Korea
Authors: Kim Min Jee , Kim Sung‐Soo , Choi Sei‐Woong , Cho Youngho , Kim Iksoo 
Published: April 2016

AbstractIn the present study, we determined that specimens of Kentrochrysalis consimilis collected from South Korea were K. streckeri, rather than K. consimilis, based on morphology, DNA barcodes and nuclear elongation factor 1 alpha (EF‐1α) sequences. The major morphological differences between K. streckeri and K. consimilis include the shape of forewing and hind‐wing pattern elements and male and female genitalia. The DNA barcode analysis of the South Korean specimens and the Russia‐originated K. streckeri showed a maximum sequence divergence of only 0.659% (4 bp), whereas that of the South Korean specimens and Japan‐originated K. consimilis showed a minimum sequence divergence of 2.965% (18 bp), indicating that the Korean specimens are, in fact, K. streckeri and not K. consimilis. Phylogenetic analyses both by Bayesian inference and maximum likelihood methods strongly clustered the South Korean specimens and Russian K. streckeri into one group, excluding K. consimilis. The EF‐1α‐based sequence and phylogenetic analyses of the two species also supported data from the DNA barcode, indicating the distribution of K. streckeri in South Korea, instead of K. consimilis.
Properties of Cassava Starch Modified by Amylomaltase from Corynebacterium glutamicum
Authors: Suriyakul Na Ayudhaya Pitcha , Pongsawasdi Piamsook , Laohasongkram Kalaya , Chaiwanichsiri Saiwarun 
Published: April 2016

AbstractAmylomaltase (α‐1,4‐glucanotransferase, AM; EC 2.4.1.25) from Corynebacterium glutamicum expressed in Escherichia coli was used to prepare the enzyme‐modified cassava starch for food application. About 5% to 15% (w/v) of cassava starch slurries were incubated with 1, 3, or 5 units of amylomaltase/g starch. Apparent amylose, amylopectin chain length distribution, thermal properties, freeze–thaw stability, thermo‐reversibility, and gel strength of the obtained modified starches were measured. The apparent amylose content and retrogradation enthalpy were lower, whereas the retrogradation temperatures, freeze–thaw stability, and thermo‐reversibility were higher than those of the native cassava starch. However, when amylomaltase content was increased to 20 units of amylomaltase/g starch and for 24 h, the modified starch showed an improvement in the thermo‐reversibility property. When used in panna cotta, the gel strength of the sample using the 20 units/24 h modified cassava starch was similar to that of using gelatin.
Study and evaluation the impact of vitamin D receptor variants on the risk of type 2 diabetes mellitus in Han Chinese
Authors: Yu Fei , Wang ChongJian , Wang Ling , Jiang HongLin , Ba Yue , Cui LingLing , Wang Yan , Yu SongCheng , Li WenJie 
Published: April 2016

AbstractBackgroundVitamin D and the vitamin D receptor (VDR) are associated with susceptibility to type 2 diabetes mellitus (T2DM). The purpose of the present study was to screen more single nucleotide polymorphisms (SNPs) of VDR and assess their effects on the risk of T2DM in Han Chinese.MethodFour SNPs were genotyped in 1191 individuals (397 cases, 794 controls). Allele frequencies and genotype distributions were analyzed. Effects were investigated by evaluating genotype distribution with regard to phenotypes, insulin resistance, and β‐cell function. Haplotype analysis and gene risk score (GRS) were used to evaluate the combined and additive roles of VDR SNPs on T2DM pathogenesis.ResultsThere was a significant association between rs739837 and T2DM in two models and allele frequency distribution. The novel locus rs2239179 differed significantly between cases and controls, especially in males and those aged >55 years, in three models and allele frequency distribution. The TT genotype of rs739837 was associated with higher triglyceride than GG and TG genotypes, and higher total cholesterol levels than the GG genotype. Compared with the GTGA haplotype, the GCGG haplotype reduced the risk of T2DM. Trend Chi‐squared tests showed that there was significant association between the weighted GRS and the risk of T2DM (Ptrend = 0.034).ConclusionThis study provides novel evidence that rs739837 is associated with lipid metabolism in T2DM patients. The rs739837 and rs2239179 SNPs were associated with the risk of T2DM in Han Chinese. The VDR SNPs had combined and additive effects on the risk of T2DM.
Dawazisaurus Brevis, A New Eosauropterygian From the Middle Triassic of Yunnan, China
Authors: Yen‐nien CHENG , Xiao‐chun WU , SATO TAMAKI , His‐yin SHAN 
Published: April 2016

AbstractDawazisaurus brevis (gen. et sp. nov.) is a newly discovered Triassic marine reptile, represented by a complete skeleton from Member II of the Guanling Formation of Luoping, Yunnan Province, China. This paper aims to (1) present a thorough description of the species, (2) make a detailed comparison to demonstrate if the species can be referred to any known sauropterygian taxa, and (3) conduct phylogenetic analyses to establish the internal relationships of the species with other sauropterygians. In addition, the discovery of Dawazisaurus provides a chance not only to test the phylogenetic patterns of the Sauropterygia obtained by previous studies but also to evaluate the previous hypotheses on the origin of the sauropterygian groups at different levels. D. brevis is an eosauropterygian, characterized by a unique combination of derived features such as a pair of large nasals joining in the formation of the internarial septum, a short trunk with 16 dorsal vertebrae; the zygapophyses of the trunk vertebrae very small or weakly developed; the posterior margin of the skull roof deeply V‐shaped, and an ossified distal carpal 5. Phylogenetic analysis indicates that D. brevis appears to be more closely related to the Nothosauroidea than the Pistosauroidea within the Eosauropterygia.
Diamonds and Other Exotic Minerals Recovered from Peridotites of the Dangqiong Ophiolite, Western Yarlung‐Zangbo Suture Zone, Tibet
Authors: Fahui XIONG , Jingsui YANG , Paul T. ROBINSON , Xiangzhen XU , Dengzhu BA , Yuan LI , Zhongming ZHANG , He RONG 
Published: April 2016

AbstractVarious combinations of diamond, moissanite, zircon, quartz, corundum, rutile, titanite, almandine garnet, kyanite, and andalusite have been recovered from the Dangqiong peridotites. More than 80 grains of diamond have been recovered, most of which are pale yellow to reddish‐orange to colorless. The grains are all 100–200 µm in size and mostly anhedral, but with a range of morphologies including elongated, octahedral and subhedral varieties. Their identification was confirmed by a characteristic shift in the Raman spectra between 1325 cm−1 and 1333 cm−1, mostly at 1331.51 cm−1 or 1326.96 cm−1. Integration of the mineralogical, petrological and geochemical data for the Dongqiong peridotites suggests a multi‐stage formation for this body and similar ophiolites in the Yarlung‐Zangbo suture zone. Chromian spinel grains and perhaps small bodies of chromitite crystallized at various depths in the upper mantle, and encapsulated the UHP, highly reduced and crustal minerals. Some oceanic crustal slabs containing the chromian spinel and their inclusion were later trapped in suprasubduction zones (SSZ), where they were modified by island arc tholeiitic and boninitic magmas, thus changing the chromian spinel compositions and depositing chromitite ores in melt channels.