Discover the meaning behind volume and issue numbers in scientific research papers and how they organize the vast world of scientific knowledge.
Explore how acid and alkaline DNases change with age in chick brains, revealing insights into brain aging mechanisms and cellular maintenance.
Explore the dramatic history of crucial experiments that have fundamentally changed our understanding of science, from Newton's light experiments to Eddington's eclipse observations.
Discover the fascinating structure and catalytic mechanism of Acylaminoacyl Peptidase, a dimer oligopeptidase with alternating open and closed subunits.
Discover how the New Biochemistry Editorial Team is transforming scientific communication through innovative approaches that make complex research accessible to broader audiences.
Explore the fascinating world of sensory learning and neuroplasticity - how your brain rewires itself through experience and the implications for rehabilitation.
Discover how the striatum, a tiny brain structure, orchestrates everything from movement to motivation through complex neural circuits and neurotransmitters.
Exploring the neurochemical mechanisms of psychedelic substances and their potential therapeutic applications in neuroscience and psychiatry.
Discover how standardized checklists are transforming magnetic resonance spectroscopy, improving reliability in brain chemistry research and clinical diagnostics.
Exploring neurological soft signs (NSS) in schizophrenia - subtle neurological abnormalities that reveal crucial insights into the biological underpinnings of this complex psychiatric condition.