Counteracting T-cell exhaustion in CAR-T cancer therapies
Engineered T-cells that target NFAT and Nr4a proteins could help to prevent the exhaustion of T-cells during CAR-T immunotherapy...
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Engineered T-cells that target NFAT and Nr4a proteins could help to prevent the exhaustion of T-cells during CAR-T immunotherapy...
Researchers have suggested that the most widespread human malaria parasite could be studied and possibly treated using genomics...
Using transcription factors to explore and understand the genome could lead to the understanding of gene expression patterns...
Shellfish, such as oysters, could help to revolutionise human health research by providing insights in cancer therapies and bacterial immunity...
Researchers have discovered an immune regulator that appears to dictate glioblastoma progression by shutting down immune surveillance...
Salk research shows that cellular recycling process, thought to fuel cancer's growth, can actually prevent it...
Scientists discover new genes and biological pathways linked to osteoarthritis, which could help identify starting points for new medicines...
Genetic variants which prevent a neurotransmitter receptor from working properly have been implicated in the development of schizophrenia...
Researchers have developed the first viable mouse model of Hirschsprung’s disease and associated enterocolitis with a defect in GDNF/GFRa1/RET signalling...
Researchers in the US have discovered how a gene involved in regulating hormone receptors, GREB1, may contribute to drug resistance in some prostate cancer patients.
Mobile-CRISPRi could be used to guide gene expression, in turn control levels of proteins produced, enabling scientists to identify key antibiotic targets...
Learn everything you need to know about the most widely-used mouse in biomedical research with this free whitepaper.
Learn how the continued development of CRISPR gene editing technologies opens fresh possibilities for in vivo model design.
In the wake of the human genome project, molecular biology and genetic technologies are tremendously integrating into biomedical research. Currently, PCR, qPCR, and sequencing are key tools in the clinical laboratory for the detection and characterisation of microorganisms and genetic disorders.