Researcher interests: The development of microfabricated platforms for the study of liver biology, development, regeneration and metabolism. Investigation of the interactions between nuclear receptors and metabolic processes in the context of drug discovery, Hepatitis C Virus
FACULTY / SCHOOL: School of Computer Science and Engineering
DEPARTMENT: Bio-Engineering
Selected Publications
challenges and opportunities in the design of liver on chip microdevices (2019)|
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high reynolds microfluidic sorting of large yeast populations (2018)|
Scientific Reports|
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yonlendirmeli endotrakeal entubasyon sistemi (2018)|
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temporal profiling of redox dependent heterogeneity in single cells (2018)|
eLife|
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author response temporal profiling of redox dependent heterogeneity in single cells (2018)|
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neuregulin 1 discovered as a cleavage target for the hcv ns3 4a protease by a microfluidic membrane protein array (2018)|
New Biotechnology|
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microphysiological flux balance platform unravels the dynamics of drug induced steatosis (2018)|
Lab on a Chip|
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tracking glut2 translocation by live cell imaging (2018)|
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modulation of renal glut2 by the cannabinoid 1 receptor implications for the treatment of diabetic nephropathy (2017)|
Journal of The American Society of Nephrology|
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microfluidic concentric gradient generator design for high throughput cell based studies (2017)|
Frontiers in Bioengineering and Biotechnology|
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detection of peripheral arterial disease (2016)|
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nuclear receptors control pro viral and antiviral metabolic responses to hepatitis c virus infection (2016)|
Nature Chemical Biology|
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when every second counts novel device to shorten chest tube insertion time in a pre hospital setting (2016)|
Pulmonary Therapy|
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jugular venous assessment (2016)|
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microbial derived lithocholic acid and vitamin k2 drive the metabolic maturation of pluripotent stem cells derived and fetal hepatocytes (2015)|
Hepatology|
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the transcription factor cabut coordinates energy metabolism and the circadian clock in response to sugar sensing (2015)|
The EMBO Journal|
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glycolysis mediated changes in acetyl coa and histone acetylation control the early differentiation of embryonic stem cells (2015)|
Cell Metabolism|
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live imaging of glut2 glucose dependent trafficking and its inhibition in polarized epithelial cysts (2014)|
Open Biology|
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Success Stories & related Product & PR
Tyson Foods backs Israeli startup to grow meat in the lab
JERUSALEM (Reuters) - Tyson Foods (TSN.N), the largest U.S. meat processor, has invested in an Israeli biotech company developing a way to grow affordable meat in a laboratory that takes live animals out of the equation.
Tyson Ventures Announces Investment in Future Meat Technologies
JERUSALEM, ISRAEL – Future Meat Technologies has announced a $2.2 million seed investment round co-led by Tyson Ventures, the venture capital arm of Tyson Foods. Tyson Foods is a Fortune 100 company, and one of the world’s largest food...
