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30 January 2023 | By Thermo Fisher Scientific
Watch this webinar to learn how an integrated structural biology workflow can be used to get crucial structural insights on key protein targets that are of therapeutic interest.
US researchers will use a unique combination of imaging techniques (MRI and MSI) to study Alzheimer’s disease on a scale that has never been done before.
US research about immunological memory may help development of potential vaccines or immunotherapies for cancer and various inflammatory diseases.
US researchers use new imaging technique to see cardiac reactions to noradrenaline, the ‘fight or flight’ hormone.
US researchers revealed that MRSA has undergone repeated mutations in the sarZ gene, leading to increased severity of blood stream infections in mouse models.
US researchers discover a potential therapeutic avenue through the molecule NgR2, against an aggressive form of prostate cancer.
Drug Target Review’s Izzy Wood spoke to Joseph Hernandez, CEO of Blue Water Vaccines, about developing transformational vaccines to address significant health challenges globally.
US researchers outline the development of a new system for testing and developing CRISPR-based gene drives in the laboratory, and safely converting them into tools for potential real-world applications.
Advance your neurodegeneration research with our broad antibody portfolio, ready-to-use ELISA, and cellular kits to develop new efficacious therapies.
US researchers find that SARS-CoV-2 bivalent antibodies can continue to neutralise Omicron and Omicron lineages.
UCLA researchers have found peptide blocks that cause the damaging lung inflammation seen in acute respiratory distress syndrome, or ARDS.
US researchers found high levels of XBP1s in lung cancer cells, which plays a key part in regulating the local immune environment in lung tumours, and can be disabled to increase anti-cancer immunity
Swedish researchers unveiled a new cancer protein profile database compiled from artificial intelligence and machine learning.
Cell signalling through the Akt pathway controls numerous key cellular functions including proliferation, survival, and migration.
Using lung basal cell organoids, researchers identify a gene that directs the development of lung cancer and offers a better understanding of its disease treatment.
