Data Sheet 4_Genome-wide identification of GDPD gene family in foxtail millet (Setaria italica L.) and functional characterization of SiGDPD14 under low phosphorus stress.docx by Chaomin Meng (21496829)

“…Under low phosphorus stress, the expression levels of SiGDPD3 and SiGDPD14 significantly increased, while SiGDPD1, SiGDPD5, SiGDPD6, and SiGDPD11 showed significant decreases.To identify the function of SiGDPD14, an over-expressed transgenic Arabidopsis was generated. …”

Image 1_Genome-wide identification of GDPD gene family in foxtail millet (Setaria italica L.) and functional characterization of SiGDPD14 under low phosphorus stress.png by Chaomin Meng (21496829)

“…Under low phosphorus stress, the expression levels of SiGDPD3 and SiGDPD14 significantly increased, while SiGDPD1, SiGDPD5, SiGDPD6, and SiGDPD11 showed significant decreases.To identify the function of SiGDPD14, an over-expressed transgenic Arabidopsis was generated. …”

Data Sheet 2_Genome-wide identification of GDPD gene family in foxtail millet (Setaria italica L.) and functional characterization of SiGDPD14 under low phosphorus stress.docx by Chaomin Meng (21496829)

“…Under low phosphorus stress, the expression levels of SiGDPD3 and SiGDPD14 significantly increased, while SiGDPD1, SiGDPD5, SiGDPD6, and SiGDPD11 showed significant decreases.To identify the function of SiGDPD14, an over-expressed transgenic Arabidopsis was generated. …”

Data Sheet 3_Genome-wide identification of GDPD gene family in foxtail millet (Setaria italica L.) and functional characterization of SiGDPD14 under low phosphorus stress.docx by Chaomin Meng (21496829)

“…Under low phosphorus stress, the expression levels of SiGDPD3 and SiGDPD14 significantly increased, while SiGDPD1, SiGDPD5, SiGDPD6, and SiGDPD11 showed significant decreases.To identify the function of SiGDPD14, an over-expressed transgenic Arabidopsis was generated. …”

Image 2_Genome-wide identification of GDPD gene family in foxtail millet (Setaria italica L.) and functional characterization of SiGDPD14 under low phosphorus stress.png by Chaomin Meng (21496829)

“…Under low phosphorus stress, the expression levels of SiGDPD3 and SiGDPD14 significantly increased, while SiGDPD1, SiGDPD5, SiGDPD6, and SiGDPD11 showed significant decreases.To identify the function of SiGDPD14, an over-expressed transgenic Arabidopsis was generated. …”

Image 2_Exploring the antibacterial and anti-biofilm properties of Diacerein against methicillin-resistant Staphylococcus aureus.tif by Yingying Sun (568696)

“…Background<p>Methicillin-resistant Staphylococcus aureus (MRSA) poses a significant clinical challenge due to its multidrug resistance. …”

Changes in functional connectivity between NREM and REM – comparison of in vivo experimental and in silico modeling data. by Michael Satchell (21560808)

“…However, animals that underwent CFC exhibited a significant increase in the number of cell pairs that strengthen functional connectivity (during REM), as compared to baseline (K-S test comparing baseline and CFC <i>p</i> = 6.0102e-126). …”

HRV and Antropometrical Dataset by Tuba Melekoglu (21349082)

“…</p><p dir="ltr"><b>Results </b>A gradual decrease in both body fat percentage and weight observed throughout the course of the training period. …”

Table 1_Regulation of DNA methylation in lesional tissue of children with atopic dermatitis.docx by Demet Kartal (20817926)

“…</p>Results<p>The mRNA expression levels of DNMT3A genes were significantly increased, while the mRNA expression levels of DNMT3B, TET1, and TET2 genes were statistically significantly reduced in the lesional tissue of patients compared to the control group. …”

Data Sheet 1_The role of lycopene in alleviating soybean meal-induced intestinal injury in an early-weaned piglet model.docx by Shugui Zheng (18151898)

“…</p>Conclusion<p>These findings demonstrated that lycopene supplementation in SBM-based diets significantly enhanced antioxidant capacity, decreased apoptosis in small intestinal cells, improved intestinal barrier function and morphology, and optimized gut microbiota composition. …”

Image 3_Assessment of the brain impact of soccer heading using pupillary light reflex.tif by Junzo Nakao (21429026)

“…In session 2, only CH significantly decreased compared with the baseline. CH significantly decreases from the 20th heading onwards in session 1 compared with session 2 (both at 20 and 30 headings; p < 0.001). …”

Table 1_Assessment of the brain impact of soccer heading using pupillary light reflex.docx by Junzo Nakao (21429026)

“…In session 2, only CH significantly decreased compared with the baseline. CH significantly decreases from the 20th heading onwards in session 1 compared with session 2 (both at 20 and 30 headings; p < 0.001). …”

Image 2_Assessment of the brain impact of soccer heading using pupillary light reflex.tif by Junzo Nakao (21429026)

“…In session 2, only CH significantly decreased compared with the baseline. CH significantly decreases from the 20th heading onwards in session 1 compared with session 2 (both at 20 and 30 headings; p < 0.001). …”

Image 1_Assessment of the brain impact of soccer heading using pupillary light reflex.tif by Junzo Nakao (21429026)

“…In session 2, only CH significantly decreased compared with the baseline. CH significantly decreases from the 20th heading onwards in session 1 compared with session 2 (both at 20 and 30 headings; p < 0.001). …”

Image 4_Assessment of the brain impact of soccer heading using pupillary light reflex.tif by Junzo Nakao (21429026)

“…In session 2, only CH significantly decreased compared with the baseline. CH significantly decreases from the 20th heading onwards in session 1 compared with session 2 (both at 20 and 30 headings; p < 0.001). …”

Altered photoreceptor fate specification in TET mutant retinas. Related to Fig 3. by Ismael Hernández-Núñez (10128242)

“…<b>(B)</b> Graphs showing the significant decrease in the number of photoreceptor cell nuclear layers in the ONL comparing Cre−, tHet, and Tet tcKO H&E-stained retinas both at P21 and 6 weeks. …”

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

“…However, LPS-induced inflammation led to more severe epididymal damage, enhanced oxidative stress, abnormal ECM pathways and worse sperm dysfunction (reduced acrosomal integrity and functional proteins) in KO mice. IVF showed a more significant decrease in fertilization rate in KO mice.…”

Table 1_Lyg1 deficiency aggravated LPS-induced chronic epididymal inflammation and sperm dysfunction in mouse.docx by XueXia Liu (13114949)

“…However, LPS-induced inflammation led to more severe epididymal damage, enhanced oxidative stress, abnormal ECM pathways and worse sperm dysfunction (reduced acrosomal integrity and functional proteins) in KO mice. IVF showed a more significant decrease in fertilization rate in KO mice.…”

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

“…However, LPS-induced inflammation led to more severe epididymal damage, enhanced oxidative stress, abnormal ECM pathways and worse sperm dysfunction (reduced acrosomal integrity and functional proteins) in KO mice. 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)

“…However, LPS-induced inflammation led to more severe epididymal damage, enhanced oxidative stress, abnormal ECM pathways and worse sperm dysfunction (reduced acrosomal integrity and functional proteins) in KO mice. IVF showed a more significant decrease in fertilization rate in KO mice.…”