Exploring how microscopic brain synapses adapt and rewire our minds through neuroplasticity, with implications for treating brain disorders and advancing AI.
Discover how Ran GTPase overexpression transforms plant development, affecting meristems, cell cycles, and auxin sensitivity in rice and Arabidopsis.
Exploring the regulation, stability and functional differences between SIN3 isoforms in Drosophila through Ashlesha Chaubal's research.
Discover how secondhand smoke exposure during pregnancy can permanently alter fetal blood pressure programming, leading to lifelong cardiovascular risks.
Exploring how zebra finches learn intricate melodies through dynamic gene expression and neural plasticity, offering insights into human speech disorders.
Research on the morphological and histological characteristics of Glossogobius sparsipapillus testes in Vietnam's Mekong Delta, revealing crucial reproductive adaptations.
New science reveals how your first years—even months—of life silently steer your health, behavior, and resilience decades later.
Exploring the interplay between predictable cellular mechanisms and stochastic biological variability in modern research.
Exploring whether human cultural evolution is driven by incremental changes or disruptive innovations through archaeological and anthropological evidence.
The story of how Acta Genetica Sinica became China's genetic lifeline, bridging eras of suppression and innovation to engineer China's rise as a genetics powerhouse.