Explore the scientific journey from synthetic genomes to the creation of artificial life, covering historical experiments, modern breakthroughs, and ethical considerations.
Exploring whether epigenetics can become a biosocial science that integrates social contexts into biological research, responding to Chiapperino and Paneni.
Exploring how cognitive science and psychological experiments like the Marshmallow Test inform the design and evaluation of effective educational materials.
Explore the cutting-edge concepts and methodologies in modern drug discovery as presented in the Textbook of Drug Design and Discovery, Fifth Edition.
How scientists are creating tiny, living replicas of a patient's cancer to find the right immune therapy, fast.
Explore how DNA methylation, a crucial epigenetic mechanism, regulates gene expression in reproductive science, influences fertility, and impacts transgenerational inheritance.
Exploring how the duration of embryo culture in IVF laboratories affects newborn birth weight and long-term health outcomes.
Explore the groundbreaking work of Professor Barry L. Karger, whose innovations in separation science revolutionized DNA sequencing and proteomics research.
Discover how Trichostatin A treatment improves epigenetic reprogramming in bovine somatic cell nuclear transfer embryos, enhancing cloning efficiency.
Discover how liquid biopsy is transforming cancer diagnosis and treatment through non-invasive blood tests that enable personalized oncology approaches.