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developmental and stem cell biologists

Josh Bloomekatz

Posts by Josh Bloomekatz

Research Associate - Cardiac morphogenesis and development

Posted by , on 30 September 2018

The Bloomekatz laboratory in the Department of Biology at the University of Mississippi in Oxford, MS is seeking a research associate to assist in our investigations of the fundamental mechanisms ...

Ph.D. positions in Developmental Biology, Morphogenesis, Cardiovascular Biology-University of Mississippi

Posted by , on 13 October 2017

  Our research seeks to investigate the fundamental question of how cardiac cells sense and respond to their environment. Focusing on tissue interactions we seek to understand the mechanisms underlying ...

Recent jobs by Josh Bloomekatz

Research associate/technician and postdoctoral positions – morphogenesis, cardiac development, glycans, zebrafish

Posted by , on 24 May 2023

We utilize genetic, live-imaging, and system-biology approaches in zebrafish to elucidate the molecular, biomechanical, and cell-biological principles underlying cardiac development and disease pathogenesis. Additionally, we have recently begun a new avenue of research into the role of glycans and the glycocalyx in cardiac development, morphogenesis, and disease. For details on our research please see our […]

Postdoctoral position – Heart development and Glycans

Posted by , on 26 January 2023

A post-doctoral position is open in the Bloomekatz laboratory to participate in our recently funded investigations into the role of glycans and the glycocalyx in cardiac development, morphogenesis, and disease. We utilize an innovative combination of genetic, live-imaging, and system-biology approaches. For details on our research please see our website https://thebloomekatzlaboratory.org . -Interested in joining […]

Graduate Student – Cardiac Development and Disease

Posted by , on 12 September 2022

Our research seeks to understand the mechanisms underlying the regulation of morphogenetic and identity transformations that occur during cardiac development and disease. We take an interdisciplinary approach, combining the genetic and imaging strengths of zebrafish (including CRISPR/Cas9, forward screens and time-lapse experiments) with both biophysical and cell biological methodologies. New projects include focuses on the […]