Neuropharmacology
Neuropharmacology explores how drugs and other chemical agents alter the structure and function of the nervous system, from synaptic signaling and receptor …
Categories
391 categorys
Neurophysiology
Electrical and chemical function of neurons and circuits.
Neuroplasticity
Neural plasticity, circuit remodeling, and experience dependent change.
Neuroscience
Understand the nervous system — neurons, brain structure, sensory systems, learning, memory, and neurological disorders.
Neurotoxicology
Toxicants affecting the nervous system and their mechanisms.
Neurovascular Biology
Brain blood supply, the blood brain barrier, and cerebrovascular function.
Nucleocytoplasmic Transport
Trafficking across the nuclear envelope, nuclear pore complexes, and import export.
Nucleolus Biology
The nucleolus is the nuclear factory for ribosome production and a central hub for stress signaling, cell cycle control, and disease.
Nutrigenomics
Nutrigenomics explores how the food we eat talks to our DNA, covering gene-diet interactions, nutrient metabolism, and how inherited variants shape each …
Nutritional Science
Study how food affects the body — macronutrients and micronutrients, digestion and metabolism, vitamins, dietary guidelines, and nutrition-related disease.
Ocean Ecology
Open ocean ecosystems, pelagic zones, and marine food webs.
Odonatology
The study of dragonflies and damselflies: life history, behavior, ecology, and conservation.
Olfactory Biology
Olfactory biology investigates how odor molecules are detected, encoded, and interpreted by the sense of smell.
Oncology
Explore cancer biology — how tumors arise, grow, and spread — covering oncogenes, tumor suppressors, the hallmarks of cancer, diagnosis, and treatment …
Ophthalmology
The biology of eye disease, vision disorders, and ophthalmic treatment.
Organoid Biology
Organoid culture systems, stem cell derived tissues, and modeling disease.
Ornithology
Discover the biology of birds — anatomy, flight, song, migration, behavior, evolution, and conservation of the world's feathered vertebrates.
Orthopterology
The study of grasshoppers, crickets, and katydids.
Pain Neuroscience
Pain neuroscience is the study of how the body detects tissue threats and turns them into the experience of pain. It spans the molecular sensors on nerve …
Paleoanthropology
Explore the study of human origins — fossil hominins, human evolution, early tool use, the genus Homo, Neanderthals, and the origins of modern humans.
Paleobotany
Paleobotany reconstructs ancient ecosystems by studying fossil plants, from microscopic spores and pollen to petrified forests. It traces how vegetation, …
Paleoecology
Reconstruct ancient environments, fossil communities, and the ecological rules that shaped life in deep time — from energy flow and food webs to paleoclimate …
Paleogenomics
Paleogenomics uses degraded DNA from ancient remains and sediments to reconstruct the genomes, migrations, and evolutionary histories of extinct species and …
Paleontology
Explore prehistoric life — fossils, dinosaurs, mass extinctions, and the evolution of life through geologic time.
Palynology
Palynology is the study of pollen, spores, and other microscopic organic palynomorphs, using their nearly indestructible walls to solve problems in allergy, …
Parasitology
Explore parasites and host-parasite relationships — protozoa, worms, and arthropods — their life cycles, transmission, evolution, and impact on human and animal …
Pathology
Pathology is the medical science that investigates how diseases begin, progress, and damage the body. It connects structural and molecular changes in cells and …
Peatland Ecology
Bogs and fens, peat formation, carbon storage, and peatland biodiversity.
Peripheral Neurobiology
Peripheral nervous system structure, regeneration, and neuropathy.
Peroxisome Biology
Peroxisome biology covers the biogenesis, metabolism, and clinical disease associations of the cellular organelles that oxidize fatty acids and manage reactive …
Personalized Medicine
Personalized medicine tailors prevention, diagnosis, and treatment to each patient using genomics, biomarkers, and molecular profiles, from tumor sequencing and …
Pharmacogenomics
Pharmacogenomics studies how inherited gene variants influence drug metabolism, transport, and response, using genetic testing to personalize dosing and prevent …
Pharmacognosy
Medicinal natural products derived from plants, microbes, and animals, and their pharmacological use.
Pharmacology
Study how drugs interact with biological systems — mechanisms of action, pharmacokinetics, therapeutic uses, and adverse effects.
Phenology
Seasonal timing of biological events and climate driven phenological change.
Photobiology
Photobiology explores how organisms capture, sense, and respond to light, spanning photosynthesis, photoreceptors, phototherapy, and ultraviolet damage repair.
Phycology
Study algae — the diverse photosynthetic organisms from single-celled phytoplankton to giant kelp — covering their biology, ecology, cultivation, and uses in …
Phylogenetics
An encyclopedia of the methods and models used to reconstruct the evolutionary relationships among all living things.
Phylogeography
Discover how DNA records species movement across landscapes and deep time, from glacial refugia to the genealogical lineages shaping biodiversity.
Phytochemistry
Study the chemicals produced by plants — secondary metabolites, alkaloids, terpenes, phenolics, plant pigments, and their roles in defense, medicine, and …
Pinniped Biology
Seals, sea lions, and walruses: their evolution, physiology, behavior, and conservation.
Placental Biology
Placental structure, function, and pregnancy related biology.
Plankton Biology
A research survey of the diversity, ecology, physiology, and global functions of drifting plankton communities across oceans and fresh waters.
Plant Anatomy
Explores the internal structure of plants from meristems and tissues to roots stems and leaves and the specialized cells that build them.
Plant Breeding
Plant breeding improves crop genetics through selection, hybridization, and genomic tools to deliver resilient, high yielding, nutritious varieties for farmers.
Plant Development Biology
How plants grow and develop: meristems, organ formation, plant hormones, and developmental plasticity.
Plant Ecology
Plant environment interactions, plant communities, and ecological plant biology.
Plant Microbe Interactions
The study of how plants interact with beneficial and pathogenic microorganisms at the molecular, organismal, and ecosystem levels.
Plant Pathology
Investigate plant diseases — fungal, bacterial, and viral pathogens, disease cycles, plant immune responses, resistance breeding, and crop disease management.
Plant Physiology
Discover how plants function — photosynthesis, water and nutrient transport, growth regulators, and responses to environmental stress.