How RNA molecules can control repair of human DNA in cancer cells revealed
New research from the Karolinska Institutet shows that RNA molecules have a much broader function in the development of cancer.
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New research from the Karolinska Institutet shows that RNA molecules have a much broader function in the development of cancer.
A new study has revealed a cannabidiol analogue can possibly prevent neuropathic pain induced by chemotherapy, as well as being beneficial against cancer.
A new study modelled chlamydia and HPV co-infection in patient-derived ectocervix organoids to reveal distinct cellular reprogramming.
Scientists have demonstrated how automated, high-throughput life science experiments can be replicated on a modest budget.
A study has shown how Parkinson’s disease may be driven by cell stress-related biochemical events that disrupt a key cellular clean-up system.
Researchers at the US National Heart, Lung, and Blood Institute have discovered new insights about lymphangioleiomyomatosis, a rare lung disease that affects about one in 200,000 Americans.
An iPSC technology leader taps industry veteran to drive growth in cell therapy and drug discovery markets.
A new report says that the global lab automation market is set to grow significantly until 2031, due to advanced drug development.
MIT chemists have discovered a possible way to design drugs that could fight against drug resistance.
Research from the University of Copenhagen reveals how Deep Brain Stimulation treatment of walking problems in Parkinson’s disease could be optimised by targeting specific neurons in the brainstem.
Eli Lilly scientists report that they have designed, qualified and enabled a high-throughput plasmid purification and quantification workstation.
Long-awaited findings about cell differentiation will be relevant in understanding normal development and may also be useful in cancer research.
Researchers have been able to slow down the progression of glioblastoma in mice, the most common adult brain cancer.
Researchers have successfully generated organoids in suspension, offering the possibility of larger-scale experiments to study human development and disease.
Researchers have innovated the petri dish to be able to grow and age live brain cells from patients with neurological disorders.