#biomedical-research

#biomedical-research

Funding cuts to the NIH jeopardize critical biomedical research that supports cancer treatments and overall public health.

NIH faced major operational disruptions under Trump's administration, impacting vital biomedical research funding and communications.

NIH research funding has dropped significantly since Trump's presidency, impacting a wide variety of biomedical research areas.

NIH leadership underwent significant changes on Jay Bhattacharya's first day, signaling new priorities amid budget cuts.

Four institute directors were removed, marking a drastic shift in NIH management.

NIH leadership upheaval marks significant shift in US health research oversight.

Key NIH directors removed, reflecting broader budget cuts and administrative changes.

The Trump administration's funding cuts have severe effects on laboratory animals and biomedical research.

Dr. Tabak's resignation highlights instability at the N.I.H. amid political pressures and funding issues.

His departure raises concerns about the future of biomedical research in the U.S.

The fight against the anti-DEI movement in education is gaining momentum, despite opposition from institutional stakeholders.

The United States' biomedical research, fueled by NIH funding, faces ideological attacks that threaten its integrity and contributions to scientific diversity.

NIH's termination of the MOSAIC grant program threatens the careers of early-career diverse scientists.

Female biomedical researchers receiving more grants, but senior scientists receive the majority, leaving junior female scientists with fewer opportunities.

Research linkage of gene to inflammatory bowel disease raises hope for tailored treatment options.

Public response to IBD research indicates a high prevalence and urgency for better therapies.

Identification of genetic factors contributes to understanding Parkinson's disease risk and opens new avenues for treatment.

Richard P. Lifton will join the Harvard Corporation on July 1, 2023, succeeding Shirley Tilghman.

Chromodynamics raised €2M to advance its microscopy technology, aiming to revolutionize biomedical research and speed up drug development processes.

The reproducibility crisis in biomedical research is exacerbated by pressure to publish, leading to bias and hampering scientific innovation.

Pressure to publish significantly contributes to the perceived reproducibility crisis in biomedical research.

Unexpected findings are common in biomedical research, with 70% of papers reporting outcomes not previously anticipated in grant proposals.

Bigger funding grants in biomedical research correlate with increased unexpected findings.

Postdoctoral researchers face a career bottleneck, with many leaving academia.

Publishing high-impact papers significantly aids postdocs in securing positions.

Scientists have demonstrated a method to temporarily make mouse skin transparent using a food dye, which could transform biomedical research and practices.

A new method using tartrazine dye makes mice transparent, enhancing visibility of organs and has potential applications in medical diagnostics and cosmetic procedures.