Reduction of Acc1 protein level decreases glucose-deprived stress granule formation. by Meaghen Rollins (3776008)

S5 Fig - by Thomas Leisen (9248883)

Molecular signaling in response to high glucose in endothelial cells. by Haroldo A. Toque (447341)

Levels of netrin-1, DCC, arginase, NO and ROS in endothelial cells. by Haroldo A. Toque (447341)

Stimulation of Caco-2 cells with IFN-γ decreases claudin-4 expression. by Manigandan Lejeune (458492)

V2 vasopressin receptor abundance. by Sophie Constantin Lütken (689916)

Subjects:

NO levels in aorta. by Haroldo A. Toque (447341)

Decreased Hcrt neurons in <i>Ccr3</i> KO mice. by Hiromi Toyoda (4631269)

Reactive oxygen species formation in aorta. by Haroldo A. Toque (447341)

Molecular signaling in response to diabetes. by Haroldo A. Toque (447341)

Genomic inactivation of the <i>PIWI</i> gene in <i>L. infantum</i> and <i>L. major</i> strains leads to a decrease in amastigote growth and disease pathology. by Prasad K. Padmanabhan (85254)

The deletion of the <i>pflB</i> gene led to decreased invasion efficiency in the Caco-2 cell line, which corresponded to a reduced organ burden in C57BL/6 mice five days after infection through oral gavaging. by Debapriya Mukherjee (9961289)

C1INH significantly decreased renal C5a cleavage and limited C3b deposition in kidneys subjected to IRI. by Juan S. Danobeitia (4386205)

25OHD₃ increases expression of TRPV6 and Calbindin-D9k in duodenum of CYP27B1^-/- mice with CKD. by Noelia Torremadé (3687523)

25OHD₃ does not induce vascular calcification in CYP27B1^-/- mice with CKD. by Noelia Torremadé (3687523)

25OHD₃ restores calcium and PTH levels in CYP27B1^-/- mice with CKD. by Noelia Torremadé (3687523)

The effect of 25OHD3 on the expression of renal PMCA1b and NCX1 in CYP27B1^+/+ and CYP27B1^-/- mice. by Noelia Torremadé (3687523)

25OHD₃ increases expression of CalbindinD-28K in the kidneys of CYP27B1^-/- mice with CKD. by Noelia Torremadé (3687523)

Sustainable Production of Polyamide 6 Fibers: Direct Melt Spinning and Efficient Reuse of Residual Oligomers during Polymerization by Shengming Zhang (14662719)

Subjects:

rVλ6Wil fibrils cause oxidative stress in cardiomyocytes without a decrease in cellular ATP. by Helen P. McWilliams-Koeppen (116503)

“…<p>(A) After a 2 h incubation with rVλ6Wil fibrils or monomer, cellular ATP levels, as detected by luminescence (black bars), were not significantly reduced relative to the PBS-treated control. …”