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News 56 Publications 12 Members

Electrically Guiding Migration of Human Induced Pluripotent Stem Cells

Zhang, Jiaping Calafiore, Marco Zeng, Qunli Zhang, Xiuzhen Huang, Yuesheng Li, Ronald A. Deng, Wenbin Zhao, Min

Published in Stem Cell Reviews and Reports

A major road-block in stem cell therapy is the poor homing and integration of transplanted stem cells with the targeted host tissue. Human induced pluripotent stem (hiPS) cells are considered an excellent alternative to embryonic stem (ES) cells and we tested the feasibility of using small, physiological electric fields (EFs) to guide hiPS cells to...

DC electric stimulation upregulates angiogenic factors in endothelial cells through activation of VEGF receptors.

Bai, Huai Forrester, John V Zhao, Min

Published in Cytokine

Small direct current (DC) electric fields direct some important angiogenic responses of vascular endothelial cells. Those responses indicate promising use of electric fields to modulate angiogenesis. We sought to determine the regulation of electric fields on transcription and expression of a serial of import angiogenic factors by endothelial cells...

The role of electrical signals in murine corneal wound re-epithelialization.

Kucerova, Romana Walczysko, Petr Reid, Brian Ou, Jingxing Leiper, Lucy J Rajnicek, Ann M McCaig, Colin D Zhao, Min Collinson, J Martin

Published in Journal of cellular physiology

Ion flow from intact tissue into epithelial wound sites results in lateral electric currents that may represent a major driver of wound healing cell migration. Use of applied electric fields (EF) to promote wound healing is the basis of Medicare-approved electric stimulation therapy. This study investigated the roles for EFs in wound re-epitheliali...

Ionic components of electric current at rat corneal wounds.

Vieira, Ana Carolina Reid, Brian Cao, Lin Mannis, Mark J Schwab, Ivan R Zhao, Min

Published in PloS one

Endogenous electric fields and currents occur naturally at wounds and are a strong signal guiding cell migration into the wound to promote healing. Many cells involved in wound healing respond to small physiological electric fields in vitro. It has long been assumed that wound electric fields are produced by passive ion leakage from damaged tissue....

GSK-3β is essential for physiological electric field-directed Golgi polarization and optimal electrotaxis

Cao, Lin Pu, Jin Zhao, Min

Published in Cellular and Molecular Life Sciences

Endogenous electrical fields (EFs) at corneal and skin wounds send a powerful signal that directs cell migration during wound healing. This signal therefore may serve as a fundamental regulator directing cell polarization and migration. Very little is known of the intracellular and molecular mechanisms that mediate EF-induced cell polarization and ...

Ion-selective self-referencing probes for measuring specific ion flux

Brian Reid Min Zhao

Published in Communicative & Integrative Biology

Chloride channels and transporters in human corneal epithelium.

L, Cao Xd, Zhang X, Liu Ty, Chen M, Zhao

Published in Experimental Eye Research

Transport of water and electrolytes is critical for corneal clarity. Recent studies indicate another important function of transport of ions and electrolytes - establishing wound electric fields that guide cell migration. We found chloride (Cl(-)) flux is a major component of the corneal wound electric current. In order to elucidate the mechanisms ...

Chapter 93 Electrical activation of wound healing pathways. Wound Healing Society Yearbook Section 11: Devices (Section ...

Min Zhao Isseroff, Rr Penninger, J

Modulating endogenous electric currents in human corneal wounds—a novel approach of bioelectric stimulation without elec...

Brian Reid Graue-Hernandez, Eo Mannis, Mj Min Zhao

Published in Cataract and Cornea Journal of the Egyptian Society of Cataract and Corneal Diseases

Polarizing intestinal epithelial cells electrically through Ror2.

Cao, L Mccaig, Cd Scott, Rh Zhao, S Milne, G Clevers, H Min Zhao Pu, J

Published in Journal of Cell Science

The apicobasal polarity of enterocytes determines where the brush border membrane (apical membrane) will form, but how this apical membrane faces the lumen is not well understood. The electrical signal across the epithelium could serve as a coordinating cue, orienting and polarizing enterocytes. Here, we show that applying a physiological electric ...

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