Tacrolimus induces ligand independent TGFβ receptor signaling to promote renal fibrosis von Ume, Adaku, Yesomi‐Wenegieme, Tara, Williams, Clintoria

Volltext

Latent transforming growth factor beta binding protein 4: A regulator of mitochondrial function in acute kidney injury von Neikirk, Kit, Ume, Adaku C., Prasad, Praveena, Marshall, Andrea G., Rockwood, Jananie, Wenegieme, Tara‐Yesomi, McMichael, Kelia E., McReynolds, Melanie R., Williams, Clintoria R., Hinton, Antentor

Volltext

Calcineurin inhibitors: a double-edged sword von Ume, Adaku C., Wenegieme, Tara-Yesomi, Williams, Clintoria R.

Volltext

HIV-Associated Hypertension: Risks, Mechanisms, and Knowledge Gaps von Prakash, Prem, Swami Vetha, Berwin Singh, Chakraborty, Rajasree, Wenegieme, Tara-Yesomi, Masenga, Sepiso K, Muthian, Gladson, Balasubramaniam, Muthukumar, Wanjalla, Celestine N, Hinton, Jr, Antentor O, Kirabo, Annet, Williams, Clintoria R, Aileru, Azeez, Dash, Chandravanu

Volltext

Tacrolimus induces fibroblast-to-myofibroblast transition via a TGF-β-dependent mechanism to contribute to renal fibrosis von Ume, Adaku C, Wenegieme, Tara Y, Shelby, Jennae N, Paul-Onyia, Chiagozie D B, Waite, 3rd, Aston M J, Kamau, John K, Adams, Danielle N, Susuki, Keiichiro, Bennett, Eric S, Ren, Hongmei, Williams, Clintoria R

Volltext

Zinc Deficiency: A Potential Hidden Driver of the Detrimental Cycle of Chronic Kidney Disease and Hypertension von Ume, Adaku C, Wenegieme, Tara-Yesomi, Adams, Danielle N, Adesina, Sherry E, Williams, Clintoria R

Volltext

The Epithelial Sodium Channel is a Zinc Sensitive Renal Sodium Reabsorption Pathway that Mediates Zinc Deficiency-induced Hypertension von McMichael, Kelia, Wenegieme, Tara-Yesomi, Waite, Aston, Ume, Adaku, Adams, Danielle, Williams, Clintoria

Volltext

Zinc Deficiency Drives Renal NFkB Activation von Wenegieme, Tara-Yesomi, Waite, Aston, McMichael, Kelia, Naraine, Meagan, Ume, Adaku, Williams, Clintoria

Volltext

Zinc Deficiency‐Induced NFκB Activation Promotes Hypertension by Driving Renal Na+ Reabsorption von Williams, Clintoria, Schindele, Dylan, Murta, Cindellynn, Wenegieme, Tara‐Yesomi, Waite, Aston, Naraine, Meagan, Sonner, Martha

Volltext

NFkB Mediates Renal Sodium Retention via the Sodium Chloride Cotransporter in Zinc Deficiency‐Induced Hypertension von Murta, Cindellynn, Schindele, Dylan, Naraine, Meagan, Wenegieme, Tara‐Yesomi, Waite, Aston, Sonner, Martha, Williams, Clintoria

Volltext

Zinc Deficiency Drives Renal NFkB Activation von Wenegieme, Tara‐Yesomi, Waite, Aston, Naraine, Meagan, Murta, Cindellynn, Schindele, Dylan, Sonner, Martha, Williams, Clintoria

Volltext

Zinc Deficiency‐Induced Renal NFkB Activation drives Sodium Chloride Co‐transporter Upregulation von Wenegieme, Tara-Yesomi, Waite, Aston, Naraine, Meagan, Murta, Cindellynn, Schindele, Dylan, Sonner, Martha, Williams, Clintoria

Volltext

NFkB Mediates Renal Sodium Retention via the Sodium Chloride Cotransporter in Zinc Deficiency‐induced Hypertension von Murta, Cindellynn, Schindele, Dylan, Wenegieme, Tara-Yesomi, Waite, Aston, Naraine, Meagan, Sonner, Martha, Williams, Clintoria

Volltext

Zinc Deficiency‐Induced NFkB Activation Promotes Hypertension by Driving Renal Na + Reabsorption von Williams, Clintoria R., Schindele, Dylan S., Murta, Cindellynn K., Wenegieme, Tara-Yesomi, Waite, Aston, Sonner, Martha J.

Volltext

Supplemental Table 1.docx von Ume, MS, Adaku, Wenegieme, Tara, Shelby, Jennae, Paul Onyia, Chiagozie, Waite, Aston, Adams, Danielle, Susuki, Keiichiro, Bennett, Eric, Williams, Clintoria

Volltext bestellen