Fatty acids promote immune suppression and therapy resistance in triple negative breast cancer
The researchers show that disrupting lipid formulation reverses treatment resistance and the immunosuppressive microenvironment.
Read MoreThe researchers show that disrupting lipid formulation reverses treatment resistance and the immunosuppressive microenvironment.
Read MoreA better understanding of how the brain regulates body temperature during motion sickness may provide unconventional targets for the treatment of obesity.
Read MoreThe findings point at a promising new therapeutic target for mitigating heart lipid toxicity and heart failure.
Read MoreThe findings create possibilities for risk-stratification regimens that can be better tailored to individual patients.
Read MoreThis is the second year in a row that Baylor has won the popular vote in STAT’s bracket-style research competition.
Read MoreWorking with fruit flies, the team uncovered a mechanism by which the defective variants may cause the neurological symptoms in affected individuals.
Read MoreThis study will make basic research on AAV vectors for gene delivery and preclinical gene therapy studies in mice more efficient and reproducible.
Read MoreThis study reveals that gasdermin D plays a novel role in the development of atrial fibrillation through multifaceted mechanisms.
Read MoreChanges in temperature preference in postpartum female mice were associated with significant alterations in the preoptic area of the brain.
Read MoreThe findings are relevant to current therapeutic approaches for DM1 that are based on increasing MBNL protein.
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