Pharmaceutical Technology

APRIL 27, 2023

When combined with rapid advancement in delivery technologies, mRNA has the potential to lead to breakthroughs in the development of tailored treatment approaches in a wide range of indications from cancer to rare genetic disorders while enabling rapid responses to emerging threats. billion by 2028. billion by 2028.

Manufacturing 130

Manufacturing RNA Contamination Vaccination 130

Drug Discovery World

MARCH 21, 2023

In a step forward for genetic engineering and synthetic biology, US researchers have modified E coli bacteria to be immune to infection by all natural viruses tested so far. Genetic engineering The findings build on earlier efforts by genetic engineers, which involved genetically reprogramming E.

Engineer 52

Engineer Genetic Engineering Scientist Bacteria 52

Drug Discovery World

FEBRUARY 28, 2023

As we turn our focus to new potential applications and disease areas for the platform, scientists and companies must consider the potential life-saving impact on rare, inherited diseases, says Archana Gupta , PhD, staff scientist in genetic sciences at Thermo Fisher Scientific.

Genetics 52

Genetics Genetic Analysis Vaccination Vaccine 52

Drug Discovery World

AUGUST 10, 2022

To overcome this evasion tactic, the CAR protein was developed to recognise other markers on cancer cells. CAR is a fusion protein composed of an extracellular antibody fragment that recognises antigens and an intracellular domain that directs the T cell to the tumour. Identifying the right CAR T cell target.

Manufacturing 98

Manufacturing Gene Genome Genomics 98

XTalks

NOVEMBER 7, 2022

However, Dr. Bahassi reported that the selection of CTCs using this method is often not very efficient and the CTC population is usually highly contaminated with leukocytes. Exosomes are extracellular vesicles that contain molecular cargoes (such as various proteins, RNAs and DNAs) specific to the origin cell.

Clinical Trials 98

Clinical Trials Clinical Trials Trials FDA Approval 98

XTalks

SEPTEMBER 14, 2020

The company’s candidate vaccine, mRNA-1273, is a synthetic messenger RNA that encodes the stabilized SARS-CoV-2 spike protein. The University of Oxford/AstraZeneca partnership, in turn, is testing a viral-vectored coronavirus vaccine that again expresses the spike protein of SARS-CoV-2 virus.

Vaccination 92

Vaccination Vaccine Antibody Life Science 92