Abstract 24: Hydrogen Sulfide Potentiates Bone Marrow-derived Angiogenic Progenitor Cell-mediated Ischemic Limb Angiogenesis in Diabetic Animals

Zhongjian Cheng,Venkata Ns Garikipati,Emily Nickoloff,Chunlin Wang,David J. Polhemus,Jibin Zhou,Cynthia Benedict,Suresh K Verma,Mohsin Khan,Joseph E. Rabinowitz,David J. Lefer,Raj Kishore

Abstract 24: Hydrogen Sulfide Potentiates Bone Marrow-derived Angiogenic Progenitor Cell-mediated Ischemic Limb Angiogenesis in Diabetic Animals

2016

Zhongjian Cheng
Venkata Ns Garikipati
Emily Nickoloff
Chunlin Wang
David J. Polhemus
Jibin Zhou
Cynthia Benedict
Suresh K Verma
Mohsin Khan
Joseph E. Rabinowitz
David J. Lefer
Raj Kishore

Rationale: Critical hindlimb ischemia (CLI) represents an outcome of peripheral artery disease with a high incidence in diabetic patients. Recently, insufficient hydrogen sulfide (H2S) production h...

Keywords:

hindlimb ischemia
Angiogenesis
Bone marrow
Peripheral
Progenitor cell
Pathology
Hydrogen sulfide
Internal medicine
Cardiology
Biology
Diabetes mellitus
Artery
arterial disease
limb ischemia

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