CRISPR
CRISPR
A Scalable Miniature Circular dsDNA System with Applications in Gene & Cell Therapy
02-22-2023 / Dr. Fan Zhou, PhD, Sr. Scientist of Molecular Biology, GenScript Biotech
Join us in our webinar to learn more how our new miniature circular dsDNA system--GenCircle dsDNA can help you eliminate risks of antibiotic resistant gene and improves the performance in T cell engineering and in vivo expression.
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Going out of phase: a tale of protein aggregation in neurodegeneration
12-16-2022 / Dr. Elsa Zacco Senior Researcher Marie Skłodowska-Curie Minded Fellow RNA Central Lab, Center for Human Technology Italian Institute of Technology
Cells can regulate gene expression at post-transcriptional levels by coordinating proteins and RNAs in specialized membraneless organelles that form via liquid-liquid phase separation, a reversible process in which macromolecules exceed their solubility.
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Multidimensional Approach to Decoding the Mysteries of Animal Development
09-29-2022 / Multidimensional Approach to Decoding the Mysteries of Animal Development
Development and evolution are controlled, to a large degree, by regions of genomic DNA called enhancers that encode binding sites for transcription factor proteins.
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Gene
Biology of SARS-CoV-2: Past, Present and Future
06-23-2022 / Benjamin tenOever, Ph.D.Professor of Microbiology & Director of the Virus Research Institute, NYU
The origin and biology of SARS-CoV-2, the virus responsible for the COVID-19 pandemic will be discussed. More specifically, we will detail how our immune system responds to infection, how variants such as Omicron emerge, and we will delineate the differen
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Precise and Efficient Non-viral CRISPR Gene Editing Solutions for T Cell Engineering
05-19-2021 / Dr. Lumeng Ye, Senior Scientist R&D department
With the 5th approval on CAR-T therapy (Abecma) by FDA in early 2021, ex vivo engineered T cell therapy was proved as a mainstay in cancer treatment.
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Multidimensional Approach to Decoding the Mysteries of Animal Development
12-09-2020 / Justin Crocker, Ph.D. Group Leader EMBL Heidelberg
Development and disease are controlled, to a large degree, by regions of genomic DNA called enhancers that encode binding sites for transcription factor proteins. Binding of activators and repressors increase and reduce gene expression levels, respectivel
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