Discover how the TBX1 gene directs embryonic development as a key transcription factor and how its disruption can result in specific health conditions.
Neuroscientists use simple animations as a controlled window into the brain, mapping the complex neural activity behind how we process stories and social intent.
The rate of photosynthesis is governed by the key resource in shortest supply. This principle influences everything from agricultural yields to the global climate.
The juvenile *Issus coleoptratus* planthopper utilizes interlocking biological gears for synchronized jumps, a precise mechanism it sheds upon reaching adulthood.
By linking enzymes in a sequence, biocatalytic cascades streamline chemical synthesis, offering a precise and greener approach to producing complex molecules.
The enjoyment of spicy food involves a biological sequence where a false pain signal from capsaicin triggers a genuinely rewarding neurochemical response.
Learn how computational analysis of cell nuclei transforms microscopic images into quantitative data, enabling new insights in medicine and biological research.
Explore the science of antiretroviral therapy, from how the drugs interrupt the HIV life cycle to their strategic use in both treatment and prevention.
Explore how the immune system regulates itself through a programmed cell death process that removes activated cells to maintain health and prevent over-activity.
Neuroscience suggests an individual's gender identity corresponds with observable patterns in brain structure, functional activity, and neural self-perception.
Examining a subglacial lake isolated for millions of years helps scientists understand the limits of life and how it might exist on distant, icy worlds.
Explore how this specialized clinical tool enables leg exercise for rehabilitation, using motor-assisted motion for those with significant mobility challenges.
Discover how a unique microorganism naturally produces a pure, versatile material that connects traditional foods with innovations in medicine and industry.
Delve into the molecular architecture of a monoclonal antibody, from its core components to the subtle modifications that define its therapeutic effect.
An analysis of the Senhance and da Vinci surgical systems, exploring the trade-offs between their distinct approaches to surgeon control and system economics.
Detecting RNA provides a dynamic snapshot of cellular activity. Explore the fundamental principles of how we measure these molecules to understand health and disease.
Discover the sequential molecular checks T cells use to verify a threat, a critical process for directing a precise immune response while protecting healthy tissue.
Explore the biology of the male drone wasp. Understand how its unique anatomy creates a stingless insect with a singular reproductive purpose and a transient life.