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GEN – Genetic Engineering and Biotechnology News
Mary Ann Liebert, Inc. Publishers
GEN Edge
Coronavirus
One COVID-19 Shot, Two Approaches
Bioprocessing
Waters Opens Cambridge, MA, Collaboration Lab
Gene Therapy
Laying the Foundation for CF Therapy: An Interview with Michael Boyle
Coronavirus
Beyond the Spike: The COVAXX Approach to a COVID-19 Vaccine
Bioprocessing
Cytiva Plans $500M Expansion, 1,000 New Hires Worldwide
News
Metabolomics
Hair Loss Prevented by Modifying Stem Cell Metabolism
Cancer
Metabolic Processes in Cancer Cells Studied via Pharmaco-Metabolomics Approach
Cancer
Novel Therapeutic Target Revealed in Lung Squamous Cell Cancer
Coronavirus
Severe COVID-19 Cases Linked to Genes, Autoimmunity, and Interferon Disruption
OMICs
Regulatory RNA Control with Light
Insights
All
Trends for 2020
Bioprocessing
Observing the Performance of Planova Filters
Bioprocessing
Novel Tech Approaches for Analyzing Aggregation
Bioprocessing
Data Management in the DNA of New Gene Therapy Plant
Bioprocessing
Personalized Medicine Manufacturing Needs “Debugging Tools”
A-Lists
A-Lists
Top 50 NIH-Funded Institutions of 2020
July 2020 Vol. 40 No. 7
Top 10 Earners among Women Biopharma Executives
June 2020 Vol. 40 No. 6
In Praise of Lesser-Sung Life Sciences Clusters
Coronavirus
Blinking Red: 25 Missed Pandemic Warning Signs
Coronavirus
Vanquishing the Virus: 160+ COVID-19 Drug and Vaccine Candidates in Development
Topics
All
Bioprocessing
Cancer
Drug Discovery
OMICs
Translational Medicine
Genome Editing
Metabolomics
Hair Loss Prevented by Modifying Stem Cell Metabolism
Cancer
Metabolic Processes in Cancer Cells Studied via Pharmaco-Metabolomics Approach
Bioprocessing
Observing the Performance of Planova Filters
Coronavirus
One COVID-19 Shot, Two Approaches
Magazine
All
Supplement
September 2020 Vol. 40 No. 9
Cold Cases Heat Up with New Forensic DNA Methods
September 2020 Vol. 40 No. 9
CRISPR Value Chains Support New Therapeutic Strategies
September 2020 Vol. 40 No. 9
Nonviral CRISPR Delivery Vehicles Lay the Smart Siege
Point of View
Multimodal Screening—The Future of Drug Discovery and Development
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Reprogramming Fibroblasts into New Heart Cells
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Heart Disease Prediction Made Easier with New Polygenic Test
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Critical Moment of Fetal Heart Development Identified
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![These cardiomyocytes (green with blue nuclei) had been fibroblasts before Frank Conlon's UNC lab reprogrammed them. [Conlon Lab/UNC-Chapel Hill]](https://www.genengnews.com/wp-content/uploads/2018/08/Feb14_2018_UNC_Cardiomyocytes1084441442-265x198.jpg "Reprogramming Fibroblasts into New Heart Cells")
![Image of the fetal heart at the end of the 4 days when cardiac tissue is organized into the helix shape of the heart.[Eleftheria Pervolaraki/University of Leeds]](https://www.genengnews.com/wp-content/uploads/2018/08/151797_web1381012081-324x160.jpg "Critical Moment of Fetal Heart Development Identified")
