Benzo[a]pyrene Disrupts Gene Expression Vital for Human GnRH Neuron Development
Transcriptomic profiling reveals that benzopyrene exposure alters key migration and adhesion genes in human fetal GnRH neuroblasts, impairing developmental motility.
Transcriptomic profiling reveals that benzopyrene exposure alters key migration and adhesion genes in human fetal GnRH neuroblasts, impairing developmental motility.
Researchers built an in-cell ELISA that measures the DNA damage marker γH2AX in stable, non-proliferating human hepatocytes and detected dose-dependent ...
A mouse study reports that benzo(a)pyrene exposure depletes ovarian follicles, damages uterine tissue, and expands ovarian cell populations marked by ...
A new mouse study found that whole chia seeds protected against benzopyrene-induced liver and metabolic damage more effectively than vitamin ...
In a groundbreaking study that promises to elevate our understanding of cancer mechanisms, researchers have embarked on a multifaceted exploration ...
In a groundbreaking study, scientists have delved into the intricacies of Benzopyrene-induced lung adenocarcinoma, a malignancy closely tied to environmental ...
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