Roots Analysis
AUGUST 15, 2023
Biomanufacturing utilizing cell free systems is an emerging area of research that enables the synthesis of different biomolecules, such as cytotoxic proteins, fusion proteins, post translationally modified proteins, antibodies, enzymes, vaccines and other complex proteins, without the use of living cells.
Drug Discovery World
DECEMBER 28, 2022
Gyrolab Biomarker Kits – Gyros Protein Technologies . Gyrolab Human Cytokine Kit Reagents are the first in a range of new biomarker kits from Gyros Protein Technologies. . Scipio bioscience’s single-cell RNA-seq solution includes the Asteria Benchtop Kit and the Cytonaut Cloud Analysis Software. .
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XTalks
APRIL 22, 2022
Flow cytometry is an analytical technique that is used to detect the presence of cell surface markers as well as intracellular proteins using antibodies in individual cells suspended in a buffer solution, which pass through a laser beam one at a time ( Figure 1 ). What is Flow Cytometry? What is a Receptor Occupancy Assay?
Roots Analysis
FEBRUARY 13, 2023
Messenger ribonucleic acid (mRNA) is a single-stranded molecule, which carries coding sequence and plays a prominent role in protein synthesis. It transfers genetic information form to DNA to ribosomes, a specialized structure, or organelle, which decodes genetic information into a protein.
Drug Discovery World
NOVEMBER 30, 2023
This presentation covered three primary drivers for a protein expression model: speed, cost and sustainability. “It The next presentation attended in this track was the keynote presentation, which was given by Kate Smith, PhD, Head of UK Protein & Cell Sciences at GSK. GSK has developed high-throughput mammalian and E.
pharmaphorum
FEBRUARY 3, 2021
This can be partly attributed to the reagents and delivery modalities that were available at the time of the trial start in 2016, leading to low editing efficiency at the target loci. However, the number of CAR-T cells with all four genes correctly targeted was low.
Drug Discovery World
JULY 18, 2023
Current research is focused on designing CRISPR-enhanced CAR T cells that are resistant to immunosuppressive cytokines such as transforming growth factor-β (TGF-β) 2 , programmed cell death protein (PD-1) 3 , or other negative T cell regulators 4 (CTLA-4, LAG-3, and TIM-3), thus improving anti-tumour functions.
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