Neuronal synapse formation attenuated by the knockdown of IL-10 receptors. by So-Hee Lim (488717)

“…Quantification (shRNA/vector only): 15 A.U. shRNA, 0.79; 20 A.U. shRNA, 0.49; 25 A.U. shRNA, 0.20 (A.U., arbitrary unit). …”

2-DOG blocks Aβ-induced neuronal ROS formation. by Leonardo M. Saraiva (358796)

Enforced expression of Mfn2 and DRP1 relieves Vpr-induced apoptosis. by Chih-Yang Huang (54970)

The effect of rosiglitazone-treated stromal cells on myeloid differentiation in HSPCs. by Wenyi Lu (701872)

“…<p>(A) C3H10T1/2 cells and M2-10B4 were treated with 10 μM rosiglitazone in the presence or absence of BADGE(20μM). After 12 days of culture, the cells were fixed, and adipogenic differentiation was determined by Oil red O staining of the lipid droplets(scale bar 100 μm). …”

Regulation of the SMN-interacting protein coilin. by Benjamin Förthmann (498522)

“…No change in colocalization of coilin and SMN was detected (B, C: n = 7, means ± SEM; *, p<0.05; **, p<0.01; unpaired, two tailed t-test; D: control, n = 18; 24h RA, n = 13; 72h RA, n = 20; E: control, n = 20; 24h RA, n = 15; 72h RA, n = 22).…”

Effect of CTSL on SIgA secretion. by Ning Zhang (23771)

“…Data represent means ± SEM from three independent experiments (**<i>p</i><0.01, ***<i>p</i><0.001).…”

Supplementary Information Files for 'Does hypohydration really impair endurance performance? Methodological considerations for interpreting hydration research' by Lewis James (1249500)

Direct ionizing radiation and bystander effect in mouse mesenchymal stem cells by Amanda Nogueira-Pedro (12377818)

Effect of miR-21 inhibition in cell growth, proliferation and invasion. by Ileabett M. Echevarría-Vargas (568974)

“…Columns represent the means of triplicates ± S.E.M.</p>…”

Role of ROS in BQ-induced PKM2 degradation. by Jie Zhu (126574)

“…<p>YS-HSCs were treated with 1 mM or 5 mM NAC for 2 hours, then exposed to 10 µM and 20 µM concentrations of BQ. NAC pretreatment decreased ROS generation caused by BQ (a) & (b). …”

Supplementary Material for: Quality of Life after Traumatic Injury: A Latent Trajectory Modeling Approach by Moergeli H. (4128910)

YFP-tagged αA-wt and each of the mutated αA-crystallin co-expressed with CFP-αB-wt. by Ilangovan Raju (333566)

Table_1_Muscle Atrophy Due to Nerve Damage Is Accompanied by Elevated Myofibrillar Protein Synthesis Rates.DOCX by Henning T. Langer (5705057)

“…Using deuterium oxide (D₂O) labeling, we demonstrate that MPS is significantly increased in rat m.tibialis anterior (TA) compared to control (3.23 ± 0.72 [damaged] to 2.09 ± 0.26%^∗day⁻¹ [control]) after 4 weeks of nerve constriction injury. …”

Data Sheet 1_Analysis of stomatal characteristics of maize hybrids and their parental inbred lines during critical reproductive periods.docx by Changyu Zhang (6787004)

“…Manual validation revealed high detection accuracies for stomatal density, width, and length, with R2 values of 0.92, 0.97, and 0.95, respectively. Phenotypic analyses indicated a significant positive correlation between stomatal density and the percentage of guard cells and pore area (r=0.36), and a negative correlation with stomatal area and subsidiary cell area (r=-0.34 and -0.46). …”

Experimental work video. by Ranbing Yang (17319710)

“…The results show that the optimal solution is to use bionic shovel, with an entry angle of 15°, an operating speed of 0.27m/s, and a vibration frequency of 6Hz. The average digging resistance of the bionic shovel is 3612.86N, and the bionic digging shovel reduces resistance by 17.76% relative to an ordinary flat shovel, and 21.09% relative to the plane triangle shovel. …”

Triangular support plate. by Ranbing Yang (17319710)

“…The results show that the optimal solution is to use bionic shovel, with an entry angle of 15°, an operating speed of 0.27m/s, and a vibration frequency of 6Hz. The average digging resistance of the bionic shovel is 3612.86N, and the bionic digging shovel reduces resistance by 17.76% relative to an ordinary flat shovel, and 21.09% relative to the plane triangle shovel. …”

Resistance curves of three types of excavators. by Ranbing Yang (17319710)

“…The results show that the optimal solution is to use bionic shovel, with an entry angle of 15°, an operating speed of 0.27m/s, and a vibration frequency of 6Hz. The average digging resistance of the bionic shovel is 3612.86N, and the bionic digging shovel reduces resistance by 17.76% relative to an ordinary flat shovel, and 21.09% relative to the plane triangle shovel. …”

Shovel face force analysis diagram. by Ranbing Yang (17319710)

“…The results show that the optimal solution is to use bionic shovel, with an entry angle of 15°, an operating speed of 0.27m/s, and a vibration frequency of 6Hz. The average digging resistance of the bionic shovel is 3612.86N, and the bionic digging shovel reduces resistance by 17.76% relative to an ordinary flat shovel, and 21.09% relative to the plane triangle shovel. …”

Side display of the digging equipment. by Ranbing Yang (17319710)

“…The results show that the optimal solution is to use bionic shovel, with an entry angle of 15°, an operating speed of 0.27m/s, and a vibration frequency of 6Hz. The average digging resistance of the bionic shovel is 3612.86N, and the bionic digging shovel reduces resistance by 17.76% relative to an ordinary flat shovel, and 21.09% relative to the plane triangle shovel. …”

Front display of the digging equipment. by Ranbing Yang (17319710)

“…The results show that the optimal solution is to use bionic shovel, with an entry angle of 15°, an operating speed of 0.27m/s, and a vibration frequency of 6Hz. The average digging resistance of the bionic shovel is 3612.86N, and the bionic digging shovel reduces resistance by 17.76% relative to an ordinary flat shovel, and 21.09% relative to the plane triangle shovel. …”