Effects of LTS on SOD. by Lifeng Guo (17320116)

Effects of LTS on CAT. by Lifeng Guo (17320116)

Effects of LTS on the soluble protein. by Lifeng Guo (17320116)

Effects of LTS on POD. by Lifeng Guo (17320116)

Effects of LTS on P_n. by Lifeng Guo (17320116)

Effects of LTS on the soluble sugar. by Lifeng Guo (17320116)

Effects of LTS on C_i. by Lifeng Guo (17320116)

Chitosan-Based Thermal-Coagulation Hydrogel System Driven by Multiple Interactions: Oxidation-Induced Fast Gelation and Enhanced Performance by Yifan Liu (219681)

“…By controlling the grafting rate, it was found that the solution pH and p<i>K</i>_a of CS-C were both affected by the decrease of the amino groups, whereas the gelation time and the required β-GP content for gelling significantly decreased. …”

Chitosan-Based Thermal-Coagulation Hydrogel System Driven by Multiple Interactions: Oxidation-Induced Fast Gelation and Enhanced Performance by Yifan Liu (219681)

“…By controlling the grafting rate, it was found that the solution pH and p<i>K</i>_a of CS-C were both affected by the decrease of the amino groups, whereas the gelation time and the required β-GP content for gelling significantly decreased. …”

Chitosan-Based Thermal-Coagulation Hydrogel System Driven by Multiple Interactions: Oxidation-Induced Fast Gelation and Enhanced Performance by Yifan Liu (219681)

“…By controlling the grafting rate, it was found that the solution pH and p<i>K</i>_a of CS-C were both affected by the decrease of the amino groups, whereas the gelation time and the required β-GP content for gelling significantly decreased. …”

Expanded heat maps showing the enriched pathways. by Mísia Helena da Silva Ferro (20623666)

Expanded heat maps showing the enriched pathways. by Mísia Helena da Silva Ferro (20623666)

Expanded heat maps showing the enriched pathways. by Mísia Helena da Silva Ferro (20623666)

Expression level (2^-ΔCq) of microRNA in the sperm of control, pinealectomized (PINX) and melatonin-treated (PINX-MEL) rats. by Mísia Helena da Silva Ferro (20623666)

Effects of LTS on H₂O₂. by Lifeng Guo (17320116)

Effects of LTS on the production rate of O₂^-. by Lifeng Guo (17320116)

The raw data for Fig 4. by Hongjoo An (21703199)

“…Luciferase assay and human and mouse brain multi-omics data show that, during the differentiation of OL precursor cells (OPCs) into OLs, the enhancer activity of Sox10-E1 does not change while that of Sox10-E2 decreases significantly. Chromatin interaction data indicate that the two <i>Sox10</i> enhancers lie close to the border of the <i>Sox10</i> topologically associating domain (TAD). …”

The raw data for S2 Fig. by Hongjoo An (21703199)

“…Luciferase assay and human and mouse brain multi-omics data show that, during the differentiation of OL precursor cells (OPCs) into OLs, the enhancer activity of Sox10-E1 does not change while that of Sox10-E2 decreases significantly. Chromatin interaction data indicate that the two <i>Sox10</i> enhancers lie close to the border of the <i>Sox10</i> topologically associating domain (TAD). …”

The raw data for Fig 6. by Hongjoo An (21703199)

“…Luciferase assay and human and mouse brain multi-omics data show that, during the differentiation of OL precursor cells (OPCs) into OLs, the enhancer activity of Sox10-E1 does not change while that of Sox10-E2 decreases significantly. Chromatin interaction data indicate that the two <i>Sox10</i> enhancers lie close to the border of the <i>Sox10</i> topologically associating domain (TAD). …”

The raw data for S4 Fig. by Hongjoo An (21703199)

“…Luciferase assay and human and mouse brain multi-omics data show that, during the differentiation of OL precursor cells (OPCs) into OLs, the enhancer activity of Sox10-E1 does not change while that of Sox10-E2 decreases significantly. Chromatin interaction data indicate that the two <i>Sox10</i> enhancers lie close to the border of the <i>Sox10</i> topologically associating domain (TAD). …”