Linked from

The 46 pages that link to Developmental biology, each with the reason it gives.

• EpigeneticsRelated: Epigenetic regulation helps coordinate changing gene activity during development.

• Embryonic developmentNarrower topic: Embryonic development is an early-life focus within this broader study of biological change.

• Evolutionary developmental biologyNarrower topic: Evolutionary developmental biology combines its questions and methods with evolutionary explanation.

• PhenotypeNarrower topic: Development links genetic and environmental inputs to an organism’s resulting traits.

• OntogenyNarrower topic: It provides the research framework for explaining ontogeny across organisms.

• PrecocialityRelated: Differences in developmental timing produce the traits associated with precocial young.

• MorphologyNarrower topic: It provides the processes that generate and modify organismal structures.

• Gene regulatory networkNarrower topic: Development depends on regulatory networks that change gene expression across time and tissues.

• Human anatomyRelated: It explains how adult anatomical structures form over time.

• Human developmentNarrower topic: It provides the research framework for explaining biological development across the human life course.

• Epithelial–mesenchymal transitionNarrower topic: Developmental biology first made clear that EMT is a normal, regulated program.

• GeneticsRelated: It explains how genetic instructions interact with cellular processes to produce an organism.

• Reproductive systemNarrower topic: Reproductive systems connect gamete formation to the start of organismal development.

• TeratologyNarrower topic: Teratology applies developmental biology to deviations from typical development.

• AltricialityNarrower topic: Altriciality describes an outcome of development at birth or hatching.

• Clonal evolutionCompared with: Development organizes cell fates, whereas clonal evolution tracks heritable differences among lineages.

• VestigialityRelated: Ancestral developmental pathways can leave reduced structures in descendants.

• DiapauseNarrower topic: Diapause interrupts developmental progression rather than simply reducing adult activity.

• PaedomorphosisNarrower topic: Paedomorphosis arises through evolutionary changes to developmental processes.

• MulticellularityNarrower topic: It explains how cell division and specialization produce a multicellular body.

• OrganicismRelated: Development depends on interactions among cells, tissues, and the developing organism.

• OrganismNarrower topic: Development explains how a single starting cell can produce an organized multicellular organism.

• Anatomical variationRelated: Differences in developmental processes can produce lasting anatomical variation.

• John GurdonNarrower topic: Gurdon’s career used experimental embryology to investigate how cell identities arise.

• Giraffe coat patternNarrower topic: It investigates when and how coat markings take shape during giraffe development.

• Hans SpemannNarrower topic: Spemann’s organizer findings became foundational to the study of developmental patterning.

• Parallel evolutionRelated: Shared developmental pathways can channel related lineages toward similar forms.

• PreformationismNarrower topic: Modern developmental biology explains form through regulated processes rather than pre-existing miniature bodies.

• Somatic mosaicismNarrower topic: Development determines which cell lineages inherit each mutation.

• HamartomaNarrower topic: Developmental errors can produce the abnormal tissue proportions seen in hamartomas.

• Imaginal discNarrower topic: Imaginal discs are a classic system for investigating organ development.

• XenopusNarrower topic: Xenopus research has shaped explanations of vertebrate development.

• Christiane Nüsslein-VolhardNarrower topic: Her research helped establish genetic analysis as a central method in this field.

• Communication (biology)Narrower topic: Signals between cells coordinate the formation of tissues and body structures.

• EpigenomicsRelated: Epigenomic changes help trace how gene regulation shifts during development.

• Giraffe weevilRelated: Its methods can investigate how the male neck becomes elongated.

• Turritopsis dohrniiNarrower topic: Its unusual transition makes this species a model for developmental plasticity.

• Aarskog–Scott syndromeNarrower topic: The syndrome reflects altered processes that shape facial, skeletal, and genital development.

• Biomolecular & subcellular processesNarrower topic: Coordinated cellular processes generate the organized forms studied in development.

• Body & organ systemsRelated: Development shows how organ systems form and change across the lifespan.

• Cellular organization, physiology & dynamicsRelated: Cellular changes in shape, identity, and behavior build tissues during development.

• Embryonic structuresNarrower topic: It explains the cellular and molecular processes that build embryonic anatomy.

• Gregor PiatigorskyNarrower topic: His lens research connected molecular gene regulation with tissue formation.

• Growth processesNarrower topic: It provides the broader framework linking growth to form and function.

• Organism formRelated: Development explains how an organism’s characteristic form takes shape.

• Regulation of gene expressionNarrower topic: Changing gene activity in space and time directs tissue patterning and development.