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Multi-omics analysis of keratinocytes reveals dermokine-dependent regulation of cell-cell adhesion via p120 - Session Gene engineering and CRISPR
Dr. Vahap CanbayDone
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Updates from the Cytosurge Applications team
Done
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Non-Fouling Multi-Azide Polyoxazoline Coatings for micro-fluidics applications
Dr. Samuele TosattiDone
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Registration and coffee
Done
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The FluidFM for nano-spotting and adhesion investigation
Dr. Christine Mueller-RennoDone
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Registration and coffee
Done
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Inducing Novel Endosymbioses by Bacteria Implantation into Fungi
Gabriel GigerDone
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The SARS-COV-2 cytoplasmic tail story: Biophysical Approach in the understanding of SARS-CoV tropism
Bhanupriya PanigrahiDone
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Can Live-Seq Go Viral?
Dr. Orane Guillaume-GentilDone
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Coffee break
Done
Ph.D. in Biophysics, currently working for the U.S. Department of Commerce, NIST Genome Editing Program.
Staff Scientist Simona Patange simona.patange@nist.gov
NIST, USA
Abstract:
Genome editing is a rapidly emerging biotechnology with the potential to transform many sectors of industry. For genome editing systems to achieve their maximum potential in research and commercial applications, it is critical to develop new measurement capabilities, control materials, and standards for evaluating genome-edited technologies and products (e.g., engineered cells) on their intended purpose. In this talk I give an overview of the U.S NIST Genome Editing Program and our efforts to solve current measurement challenges faced by the genome editing community. Single-cell manipulation and measurement technologies are valuable for increasing confidence in the genome editing process, and I present our use of FluidFM to investigate current measurement questions related to CRISPR/Cas9 formulation and delivery.
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