RNA sequencing analyses of βA3ΔG91 lenses relative to WT lenses. by Akosua K. Boateng (21672931)

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Size-exclusion HPLC and SDS-PAGE Analysis of βA3ΔG91 vs WT mouse lens proteins. by Akosua K. Boateng (21672931)

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RNA-seq data showing the distribution of lens development genes. by Akosua K. Boateng (21672931)

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Mass Spectrometry data showing βA3ΔG91 water insoluble-urea insoluble spectral counts between M_r 20–37 kDa. by Akosua K. Boateng (21672931)

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RNA-seq data showing the distribution of cell movement genes. by Akosua K. Boateng (21672931)

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Mass Spectrometry data showing βA3ΔG91 water insoluble-urea insoluble spectral counts of M_r > 37 kDa. by Akosua K. Boateng (21672931)

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Rut inhibited the degradation of TJPs to reduce BBB breakdown and also suppressed apoptosis of brain tissue cells. by Zhixuan Huang (6750410)

Rut alleviated BBB damage in MCAO rats and exerted neuroprotective effects. by Zhixuan Huang (6750410)

Effect of Rut on neuronal injury caused by OGD. by Zhixuan Huang (6750410)

Nuclear Srebp1 and Srebp2 protein levels and Srebp-dependent lipogenic gene expression are elevated in obese <i>mMgat2</i> and <i>HuMgat2</i> mice. by J. Jose Corbalan (22439198)

Number of shared and specific OTUs of endophytic bacterial communities according to the type of plant tissue (A), the three phenotypic groups (B: leaves, C: roots) and the two habi... by Rabiath F. R. Adigoun (14189090)

Raw images.pdf. by Longhai Li (4052044)

“…Meanwhile, CyclinA2 and CDK2 were significantly reduced after FAM50A knocking down.…”

The primers related to FAM50A. by Longhai Li (4052044)

“…Meanwhile, CyclinA2 and CDK2 were significantly reduced after FAM50A knocking down.…”

MIP receptor expression in <i>N. lugens</i>: relative quantification of <i>mipr</i> transcript levels in different developmental stages (A) and tissues (B) of <i>N. lugens.</i> by Yi-Jie Zhang (713506)

(A) Mobility rate, (B) Explored areas, (5C) Immobility time, (D) Frozen events for hole board test. by Hammad Ismail (4227988)

Training impact on electrical properties of P3 lumbar MNs. Rin: input resistance. Rheobase: lowest intensity of current injected in MNs to elicit an action potential (AP). AP threshold: voltage measured at the foot of the AP. AP amplitude: measured between the resting membrane potential and the AP peak. AP half width: time spent by the potential > 50% of the AP maximum amplitude. AP rise time: time spent by the potential between 10% and 90% of the AP maximum amplitude. AP half decay time: time spent by the potential between the AP maximum amplitude and the 50% decreasing amplitude. ADP: after-depolarization potential. All values are means ± SEM. The number of MNs recorded is indicated between brackets. ns: no significantly different.... by Camille Quilgars (21156495)

“…All values are means ± SEM. The number of MNs recorded is indicated between brackets. ns: no significantly different. …”

Periodic Open Cellular Structures with Streamlined Elliptical Struts for the Intensification of Mass Transfer-Limited Catalytic Reactors by Claudio Ferroni (10972436)

“…Decreasing α results in a streamlined structure with a reduced friction factor and a reduced transport coefficient, consistent with previous observations for POCS with circular struts. …”

Multistimuli-Responsive Porous Organic Polymers for Drug-Gas Anticancer Combination Therapy by Tina Skorjanc (4230178)

“…Herein, we use a porous organic polymer (POP) as a design strategy to prepare a combination therapy vehicle with spatially segregated gas and drug loading sites. …”

Homotransplantation of Engineered Macrophages with Surface-Modified Nanomedicines for Mitigating Myocardial Ischemia–Reperfusion Injury by Jiahui Cheng (6056966)

“…However, low-immunogenic therapeutic strategies targeting the compromised immune-metabolic microenvironment remain a major challenge. Here, we developed a syngenic reparative macrophage system for the selective delivery of nanoscale drugs by modifying liposomes loaded with nano-Pt/Se and c176 onto the surface of M2 macrophages (PS-c@M). …”

Homotransplantation of Engineered Macrophages with Surface-Modified Nanomedicines for Mitigating Myocardial Ischemia–Reperfusion Injury by Jiahui Cheng (6056966)

“…However, low-immunogenic therapeutic strategies targeting the compromised immune-metabolic microenvironment remain a major challenge. Here, we developed a syngenic reparative macrophage system for the selective delivery of nanoscale drugs by modifying liposomes loaded with nano-Pt/Se and c176 onto the surface of M2 macrophages (PS-c@M). …”