Image 7_Lyg1 deficiency aggravated LPS-induced chronic epididymal inflammation and sperm dysfunction in mouse.jpeg by XueXia Liu (13114949)

“…IVF showed a more significant decrease in fertilization rate in KO mice.…”

Image 2_Lyg1 deficiency aggravated LPS-induced chronic epididymal inflammation and sperm dysfunction in mouse.jpeg by XueXia Liu (13114949)

“…IVF showed a more significant decrease in fertilization rate in KO mice.…”

Image 4_Lyg1 deficiency aggravated LPS-induced chronic epididymal inflammation and sperm dysfunction in mouse.jpeg by XueXia Liu (13114949)

“…IVF showed a more significant decrease in fertilization rate in KO mice.…”

Image 5_Lyg1 deficiency aggravated LPS-induced chronic epididymal inflammation and sperm dysfunction in mouse.jpeg by XueXia Liu (13114949)

“…IVF showed a more significant decrease in fertilization rate in KO mice.…”

Image 6_Lyg1 deficiency aggravated LPS-induced chronic epididymal inflammation and sperm dysfunction in mouse.jpeg by XueXia Liu (13114949)

“…IVF showed a more significant decrease in fertilization rate in KO mice.…”

Data Sheet 2_Lyg1 deficiency aggravated LPS-induced chronic epididymal inflammation and sperm dysfunction in mouse.pdf by XueXia Liu (13114949)

“…IVF showed a more significant decrease in fertilization rate in KO mice.…”

Table 3_Lyg1 deficiency aggravated LPS-induced chronic epididymal inflammation and sperm dysfunction in mouse.docx by XueXia Liu (13114949)

“…IVF showed a more significant decrease in fertilization rate in KO mice.…”

Image 3_Lyg1 deficiency aggravated LPS-induced chronic epididymal inflammation and sperm dysfunction in mouse.jpeg by XueXia Liu (13114949)

“…IVF showed a more significant decrease in fertilization rate in KO mice.…”

Comparison of simulation results. by Bo Xie (669374)

“…These values are significantly lower than the cable clamp’s breaking tensile strength of 70 kN, with peak values of 57.4 N and 94.1 N, respectively. …”

Technical parameters of the shearer. by Bo Xie (669374)

“…These values are significantly lower than the cable clamp’s breaking tensile strength of 70 kN, with peak values of 57.4 N and 94.1 N, respectively. …”

Simulation-related parameters. by Bo Xie (669374)

“…These values are significantly lower than the cable clamp’s breaking tensile strength of 70 kN, with peak values of 57.4 N and 94.1 N, respectively. …”

Chain drive specification parameters. by Bo Xie (669374)

“…These values are significantly lower than the cable clamp’s breaking tensile strength of 70 kN, with peak values of 57.4 N and 94.1 N, respectively. …”

Femoral tensile test data. by Bo Xie (669374)

“…These values are significantly lower than the cable clamp’s breaking tensile strength of 70 kN, with peak values of 57.4 N and 94.1 N, respectively. …”

Data Sheet 1_Rice glycosyltransferase OsDUGT1 is involved in heat stress tolerance by glycosylating flavonoids and regulating flavonoid metabolism.doc by Guang-rui Dong (11871026)

“…Through enzyme activity analysis, we found that OsDUGT1 could glycosylate flavonoid compounds. Correspondingly, the loss of OsDUGT1 function caused a significant decrease in endogenous flavonoid accumulation in rice, which was demonstrated by our metabolomics analysis. …”

Phytochemical contents of B1W. by Yongjin Lee (1428223)

“…B1W (300 mg/kg/day) significantly increased bone mineral density and bone volume fraction, but decreased trabecular separation compared to the OVX group. …”

Predicting Dinitrogen Activation and Coupling with Carbon Dioxide and Other Small Molecules by Methyleneborane: A Combined DFT and Machine Learning Study by Feiying You (22119041)

“…Besides, N₂ coupling with other small molecules including formaldehyde, sulfur dioxide, acetonitrile, and <i>N</i>-ethylidenemethylamine was also examined in both thermodynamics and kinetics. …”

Table 6_Comparative proteomic analysis of the telogen-to-anagen transition in cashmere goat secondary hair follicles.xls by Xiaoyu Han (550622)

“…Their expression levels were significantly enhanced during anagen. ADAM17 is suggested to promote the growth of SHFs by regulating ORS cells proliferation and mediating signal transduction in DPCs, while SFRP1, as a modulator of the Wnt signaling pathway, likely supports SHFs growth and regeneration by modulating the activity of Secondary hair follicle stem cells (SHFSCs) and promoting the differentiation of HMCs. …”

Table 2_Comparative proteomic analysis of the telogen-to-anagen transition in cashmere goat secondary hair follicles.pdf by Xiaoyu Han (550622)

“…Their expression levels were significantly enhanced during anagen. ADAM17 is suggested to promote the growth of SHFs by regulating ORS cells proliferation and mediating signal transduction in DPCs, while SFRP1, as a modulator of the Wnt signaling pathway, likely supports SHFs growth and regeneration by modulating the activity of Secondary hair follicle stem cells (SHFSCs) and promoting the differentiation of HMCs. …”

Table 5_Comparative proteomic analysis of the telogen-to-anagen transition in cashmere goat secondary hair follicles.csv by Xiaoyu Han (550622)

“…Their expression levels were significantly enhanced during anagen. ADAM17 is suggested to promote the growth of SHFs by regulating ORS cells proliferation and mediating signal transduction in DPCs, while SFRP1, as a modulator of the Wnt signaling pathway, likely supports SHFs growth and regeneration by modulating the activity of Secondary hair follicle stem cells (SHFSCs) and promoting the differentiation of HMCs. …”

Table 3_Comparative proteomic analysis of the telogen-to-anagen transition in cashmere goat secondary hair follicles.pdf by Xiaoyu Han (550622)

“…Their expression levels were significantly enhanced during anagen. ADAM17 is suggested to promote the growth of SHFs by regulating ORS cells proliferation and mediating signal transduction in DPCs, while SFRP1, as a modulator of the Wnt signaling pathway, likely supports SHFs growth and regeneration by modulating the activity of Secondary hair follicle stem cells (SHFSCs) and promoting the differentiation of HMCs. …”