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GEN – Genetic Engineering and Biotechnology News
Mary Ann Liebert, Inc. Publishers
News
Boehringer Ingelheim
Boehringer Ingelheim Launches Up-to-€1.1B IPF Collaboration with Bridge Biotherapeutics
Neuroscience
Literal Window into the Brain Shows How to Induce Illusions in…
GWAS
GWAS Discovers New Type 2 Diabetes Gene in African Population
News
Aggressive Prostate Cancer Metastasis Mechanisms Uncovered
Aging
Is the Epigenome the Secret to Longevity…in Fruit Flies?
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Top 10 Biopharma IPOs of January–June 2019
Tech Exclusives
A Toolbox for Keeping CRISPR in Check
Tech Exclusives
Drones Land in the Cell and Gene Therapy Space
Tech Exclusives
An Integrated Digital Vision for Biomanufacturing’s Future
Tech Exclusives
CRISPR and LASER ART Eliminate HIV from Mice
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Top 10 Biopharma IPOs of January–June 2019
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Top 10 M&A Deals of January–June 2019
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The Top 10 Highest-Paid Women Executives in Biopharma
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Top 50 NIH-Funded Institutions of 2019
July 2019 Vol. 39 No. 7
25 Up-and-Coming Gene Therapies of 2019
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Bioprocessing
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Neuroscience
Literal Window into the Brain Shows How to Induce Illusions in…
GWAS
GWAS Discovers New Type 2 Diabetes Gene in African Population
News
Aggressive Prostate Cancer Metastasis Mechanisms Uncovered
Aging
Is the Epigenome the Secret to Longevity…in Fruit Flies?
Magazine
July 2019 Vol. 39 No. 7
CRISPR-Accelerated Gene Drives Pump the Brakes
July 2019 Vol. 39 No. 7
CRISPR Cinema: Scenes from the Cutting Edge
Tech Exclusives
Immunotherapy Targets Emerging Infectious Diseases
July 2019 Vol. 39 No. 7
Single-Cell Sequencing Sifts through Multiple Omics
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Bioreactor Design Adapts to Biopharma’s Changing Needs
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GENcast
GENcast: Precision Health’s Bloodline Starts with Great Science
GENcast
GENcast: A Biological GPS That Guides Awareness through Cellular Space
July 2019 Vol. 39 No. 7
Full-Length Transcript Sequencing—No Assembly Required
July 2019 Vol. 39 No. 7
Plasma Proteomics with NanoLC-MS
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![A new single-cell analysis technique uses a combinatorial approach to the in-cell ligation of barcodes to allow the generation of RNA-seq profiles at about a penny a cell. [Anna Kuchina/University of Washington]](https://www.genengnews.com/wp-content/uploads/2018/08/Mar16_2018_AnnaKuchina_SplitPoolBarcodingBrain1866124122-324x160.jpg "Single-Cell Analysis for a Penny a Profile")
