Osteogenic Potential and Long-Term Enzymatic Biodegradation of PHB-based Scaffolds with Composite Magnetic Nanofillers in a Magnetic Field by Lada E. Shlapakova (13200592)

“…Six-month biodegradation caused a reduction in surface potential (1.5-fold) and in a vertical piezoresponse (3.5-fold) of the Fe₃O₄–GO scaffold because of a decrease in the PHB β-phase content. <i>In vitro</i> assays in the absence of an MF showed a significantly more pronounced mesenchymal stem cell proliferation on composite magnetic scaffolds compared to the neat scaffold, whereas in an MF (68 mT, 0.67 Hz), cell proliferation was not statistically significantly different when all the studied scaffolds were compared. …”

Effects of βHB treatment on edema and NDS 3 days after ICH. by Noam H. Sander (13977976)

“…NDS scores were significantly improved in the βHB group (p = 0.0416) in experiment 2. …”

The funnel plot of mortality rate. by Lei Wang (6656)

“…</p><p>Conclusions</p><p>High-dose intravenous iron supplementation during the perioperative period of cardiac surgery significantly reduces the risk of red blood cell transfusion and enhances postoperative hemoglobin levels. …”

General Characteristics of the Included Studies. by Lei Wang (6656)

“…</p><p>Conclusions</p><p>High-dose intravenous iron supplementation during the perioperative period of cardiac surgery significantly reduces the risk of red blood cell transfusion and enhances postoperative hemoglobin levels. …”

Initial assessment of βHB treatment effects. by Noam H. Sander (13977976)

“…This increase was significantly reduced in the βHB group (p = 0.0210). …”

Comparison of simulation results. by Bo Xie (669374)

“…During the cable bending process, The contact force with the cable clamp continuously changes with the bending angle, During 0 ~90°, the contact force between ordinary and reinforced cable and cable clamp gradually increases to the maximum values 61.3N and 86.2N, After 90 have plummeted to near 23 N and 25 N, In the process of dragging the cable to the top of the roller, it fluctuates between 45.2~51.7 N and 66.3~73.6 N respectively, Cable exit bends are slowly reduced to fluctuations around 16 N and 17 N, The tensile force between ordinary and reinforced discrete cables increased to around 58.4 N and 80.5 N and then decreased to around 12.6 N and 32.8 N, respectively. …”

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

“…During the cable bending process, The contact force with the cable clamp continuously changes with the bending angle, During 0 ~90°, the contact force between ordinary and reinforced cable and cable clamp gradually increases to the maximum values 61.3N and 86.2N, After 90 have plummeted to near 23 N and 25 N, In the process of dragging the cable to the top of the roller, it fluctuates between 45.2~51.7 N and 66.3~73.6 N respectively, Cable exit bends are slowly reduced to fluctuations around 16 N and 17 N, The tensile force between ordinary and reinforced discrete cables increased to around 58.4 N and 80.5 N and then decreased to around 12.6 N and 32.8 N, respectively. …”

Simulation-related parameters. by Bo Xie (669374)

“…During the cable bending process, The contact force with the cable clamp continuously changes with the bending angle, During 0 ~90°, the contact force between ordinary and reinforced cable and cable clamp gradually increases to the maximum values 61.3N and 86.2N, After 90 have plummeted to near 23 N and 25 N, In the process of dragging the cable to the top of the roller, it fluctuates between 45.2~51.7 N and 66.3~73.6 N respectively, Cable exit bends are slowly reduced to fluctuations around 16 N and 17 N, The tensile force between ordinary and reinforced discrete cables increased to around 58.4 N and 80.5 N and then decreased to around 12.6 N and 32.8 N, respectively. …”

Chain drive specification parameters. by Bo Xie (669374)

“…During the cable bending process, The contact force with the cable clamp continuously changes with the bending angle, During 0 ~90°, the contact force between ordinary and reinforced cable and cable clamp gradually increases to the maximum values 61.3N and 86.2N, After 90 have plummeted to near 23 N and 25 N, In the process of dragging the cable to the top of the roller, it fluctuates between 45.2~51.7 N and 66.3~73.6 N respectively, Cable exit bends are slowly reduced to fluctuations around 16 N and 17 N, The tensile force between ordinary and reinforced discrete cables increased to around 58.4 N and 80.5 N and then decreased to around 12.6 N and 32.8 N, respectively. …”

Femoral tensile test data. by Bo Xie (669374)

“…During the cable bending process, The contact force with the cable clamp continuously changes with the bending angle, During 0 ~90°, the contact force between ordinary and reinforced cable and cable clamp gradually increases to the maximum values 61.3N and 86.2N, After 90 have plummeted to near 23 N and 25 N, In the process of dragging the cable to the top of the roller, it fluctuates between 45.2~51.7 N and 66.3~73.6 N respectively, Cable exit bends are slowly reduced to fluctuations around 16 N and 17 N, The tensile force between ordinary and reinforced discrete cables increased to around 58.4 N and 80.5 N and then decreased to around 12.6 N and 32.8 N, respectively. …”

Optimized Gas–Liquid Transport via Local Flow Field Management for Efficient Overall Water Splitting by Yingjie Ji (4797516)

“…By incorporating a hydrophobic and gas-venting layer, our design significantly shortens the bubble transfer path and reduces the level of accumulation. …”

Optimized Gas–Liquid Transport via Local Flow Field Management for Efficient Overall Water Splitting by Yingjie Ji (4797516)

“…By incorporating a hydrophobic and gas-venting layer, our design significantly shortens the bubble transfer path and reduces the level of accumulation. …”

Optimized Gas–Liquid Transport via Local Flow Field Management for Efficient Overall Water Splitting by Yingjie Ji (4797516)

“…By incorporating a hydrophobic and gas-venting layer, our design significantly shortens the bubble transfer path and reduces the level of accumulation. …”

ChIP-mini binding profiles of RpoD upstream of iron metabolism genes. by Joon Young Park (15256702)

“…<p>Binding intensity of RpoD upstream of iron metabolism genes decreased in response to heat shock. Especially, intensity of RpoD bindings upstream of <i>fepE</i>, <i>fhuACDB</i>, <i>feoABC</i>, and <i>exbBD</i> significantly reduced (LFC <-1.0 and false positive rate <0.05).…”

Synthesis and Biological Evaluation of Peripheral 5HT_2B Antagonists for Liver Fibrosis by Jihyeon Yoon (8705706)

“…<b>19c</b> markedly reduced fibrotic deposition, with a decrease in fibrosis stage and area in the CCl₄-induced liver fibrosis mouse model. …”

Synthesis and Biological Evaluation of Peripheral 5HT_2B Antagonists for Liver Fibrosis by Jihyeon Yoon (8705706)

“…<b>19c</b> markedly reduced fibrotic deposition, with a decrease in fibrosis stage and area in the CCl₄-induced liver fibrosis mouse model. …”

Effects of message content condition on outcomes. by Rhyan N. Vereen (10765678)

Participant characteristics, N = 502. by Rhyan N. Vereen (10765678)

Sample of study stimuli by content condition. by Rhyan N. Vereen (10765678)

Raw data. by Adrian Bartoszek (20826922)

“…In the PTZ-induced seizure model, the application of CAF in doses over 50 mg/L resulted in a decrease in the average movement. TPM ( > 50 μM) significantly protected larvae against the PTZ. …”