Results from the STM model. ‌ Ningchuan Xiao (766596)

Results from the KRN model. ‌ Ningchuan Xiao (766596)

Results of fitting the temporal models. ‌ Ningchuan Xiao (766596)

Results from the MVN model. ‌ Ningchuan Xiao (766596)

Evolution of EWS far from the transition point. ‌ Daniele Proverbio (10843979)

Subcellular localization and phosphorylation level of HOG1 upon red and far-red light exposure. ‌ Tingting Sun (310922)

Transcriptome analysis of <i>T</i>. <i>guizhouense</i> exposed to red and far-red light. ‌ Tingting Sun (310922)

Typical simulation result of the dispersive neural system far beyond a critical Turing-Hopf boundary. ‌ Ingo Bojak (253919)

Results of ecological indicators including BC, EF, BC/EF and the ranks of studied villages in Fars province. ‌ Mahsa Fatemi (10661856)

Խորագրեր:

Model selection and parameterization results for five FMDV serotypes. ‌ Laura W. Pomeroy (766600)

Absolute quantification analysis of the genes involved in wax biosynthesis during different developmental stages. ‌ Pu Yang (103239)

Error scores for near and far estimates of route choice. ‌ Sally A. Linkenauger (7435256)

The Pituitary Gland of the European Eel Reveals Massive Expression of Genes Involved in the Melanocortin System ‌ Eirill Ager-Wick (469238)

“…The melanocortin system, which affects skin color, energy homeostasis and in other teleosts interacts with the reproductive system, has so far received limited attention in eels. However, since up to one third of the silver eel pituitary’s mRNA pool encodes pro-opiomelanocortin, our results indicate that control of the melanocortin system is a major function of the eel pituitary.…”

Proteomic Analysis of Insect Molting Fluid with a Focus on Enzymes Involved in Chitin Degradation ‌ Mingbo Qu (444213)

“…Cuticular chitin degradation is extremely important for insect growth and development, which has not been fully understood thus far. One obstacle to understanding this mechanism is the lack of a systematic analysis of the chitinolytic enzymes involved in cuticular chitin degradation. …”

Proteomic Analysis of Insect Molting Fluid with a Focus on Enzymes Involved in Chitin Degradation ‌ Mingbo Qu (444213)

“…Cuticular chitin degradation is extremely important for insect growth and development, which has not been fully understood thus far. One obstacle to understanding this mechanism is the lack of a systematic analysis of the chitinolytic enzymes involved in cuticular chitin degradation. …”

Proteomic Analysis of Insect Molting Fluid with a Focus on Enzymes Involved in Chitin Degradation ‌ Mingbo Qu (444213)

“…Cuticular chitin degradation is extremely important for insect growth and development, which has not been fully understood thus far. One obstacle to understanding this mechanism is the lack of a systematic analysis of the chitinolytic enzymes involved in cuticular chitin degradation. …”

Proteomic Analysis of Insect Molting Fluid with a Focus on Enzymes Involved in Chitin Degradation ‌ Mingbo Qu (444213)

“…Cuticular chitin degradation is extremely important for insect growth and development, which has not been fully understood thus far. One obstacle to understanding this mechanism is the lack of a systematic analysis of the chitinolytic enzymes involved in cuticular chitin degradation. …”

Transcriptome Analysis of Genes Involved in Lipid Biosynthesis in the Developing Embryo of Pecan (Carya illinoinensis) ‌ Ruimin Huang (1341213)

“…Pecan (Carya illinoinensis) is an important woody tree species because of the high content of healthy oil in its nut. Thus far, the pathways and key genes related to oil biosynthesis in developing pecan seeds remain largely unclear. …”

Bacteria and Genes Involved in Arsenic Speciation in Sediment Impacted by Long-Term Gold Mining ‌ Patrícia S. Costa (585027)

“…<div><p>The bacterial community and genes involved in geobiocycling of arsenic (As) from sediment impacted by long-term gold mining were characterized through culture-based analysis of As-transforming bacteria and metagenomic studies of the <i>arsC</i>, <i>arrA</i>, and <i>aioA</i> genes. …”

ROS Involves the Fungicidal Actions of Thymol against Spores of <i>Aspergillus flavus</i> via the Induction of Nitric Oxide ‌ Qingshan Shen (2795404)

“…Taken together, it could be concluded that ROS is involved in spore death induced by thymol via the induction of NO.…”