KnowraMolecular biologyLinked fromLinked fromThe 51 pages that link to Molecular biology, each with the reason it gives.All 51Broader topic 2Related 12Narrower topic 33Compared with 4Francis CrickNarrower topic: Crick’s structural and informational ideas helped define the field’s research agenda.Linus PaulingNarrower topic: His chemical account of proteins helped make molecular structure central to biological explanation.Erwin SchrödingerNarrower topic: Schrödinger’s questions about heredity helped frame a physical approach to life that later molecular biology pursued.Cavendish LaboratoryNarrower topic: The laboratory’s structural biology work helped establish molecular approaches to life.Frederick SangerNarrower topic: Sanger’s sequence measurements helped connect molecular structure with biological function.National Medal of ScienceNarrower topic: The medal has recognized discoveries that transformed understanding of molecular life.BiomedicineNarrower topic: Its methods reveal molecular changes that can drive disease or serve as treatment targets.Sydney BrennerNarrower topic: Brenner’s work helped define this field’s central questions and experimental methods.Molecular epidemiologyNarrower topic: Its methods and concepts make molecular measurements interpretable.Chemical biologyNarrower topic: Its questions about molecular function became accessible to chemical intervention.Cold Spring Harbor LaboratoryNarrower topic: The laboratory’s research spans molecular mechanisms underlying genes and cellular function.Max DelbrückNarrower topic: Delbrück’s phage work helped establish an experimental route from genetics to molecular mechanisms.Molecular pathologyNarrower topic: Its central molecules and processes provide the basis for molecular pathology.Eric KandelNarrower topic: Kandel brought molecular methods into the study of learning, linking behavior to gene regulation.John KendrewNarrower topic: Kendrew’s work showed how molecular structure could illuminate biological function.Carol W. GreiderNarrower topic: Her enzyme discovery exemplifies how molecular experiments can reveal mechanisms of chromosome inheritance.George BeadleNarrower topic: Beadle’s gene-to-biochemistry link helped frame questions central to this field.Theodor SvedbergNarrower topic: Ultracentrifugation became one of the physical methods used to characterize biological molecules.Computational biologyNarrower topic: Its concepts define many of the biological mechanisms computational models represent.Double helixNarrower topic: The helix helped establish molecular structure as a route to explaining heredity.Robert W. HolleyNarrower topic: Holley’s RNA sequence work exemplified molecular biology’s shift toward explaining heredity through molecular structure.Sidney AltmanNarrower topic: Altman’s work changed molecular biology’s understanding of RNA’s possible functions.François JacobNarrower topic: Jacob’s research helped define molecular biology’s account of heredity and cellular function.Lawrence BraggNarrower topic: The structural methods Bragg promoted became central to explaining biological function at molecular scale.Renato DulbeccoNarrower topic: Dulbecco’s virology connected molecular mechanisms of heredity to cancer and cell growth.Esther LederbergNarrower topic: Her work connected microbial experiments to fundamental questions about genes and their behavior.History of biochemistryNarrower topic: It grew from biochemistry’s molecular approach and became a closely related discipline.Jacques MonodNarrower topic: Monod’s work on gene regulation helped establish this field’s explanatory framework.Mario CapecchiNarrower topic: Capecchi’s work grew from molecular biology’s emerging ability to manipulate DNA.Marshall Warren NirenbergNarrower topic: Nirenberg’s results helped turn gene expression into a testable molecular mechanism.Werner ArberNarrower topic: Arber’s work helped establish the molecular analysis of genetic material as an experimental discipline.Roger D. KornbergNarrower topic: His research provided a structural explanation for a central molecular process: gene transcription.Tsuneko OkazakiNarrower topic: Her discovery became part of the foundational account of how genetic material is copied.
KnowraMolecular biologyLinked fromLinked fromThe 51 pages that link to Molecular biology, each with the reason it gives.All 51Broader topic 2Related 12Narrower topic 33Compared with 4Francis CrickNarrower topic: Crick’s structural and informational ideas helped define the field’s research agenda.Linus PaulingNarrower topic: His chemical account of proteins helped make molecular structure central to biological explanation.Erwin SchrödingerNarrower topic: Schrödinger’s questions about heredity helped frame a physical approach to life that later molecular biology pursued.Cavendish LaboratoryNarrower topic: The laboratory’s structural biology work helped establish molecular approaches to life.Frederick SangerNarrower topic: Sanger’s sequence measurements helped connect molecular structure with biological function.National Medal of ScienceNarrower topic: The medal has recognized discoveries that transformed understanding of molecular life.BiomedicineNarrower topic: Its methods reveal molecular changes that can drive disease or serve as treatment targets.Sydney BrennerNarrower topic: Brenner’s work helped define this field’s central questions and experimental methods.Molecular epidemiologyNarrower topic: Its methods and concepts make molecular measurements interpretable.Chemical biologyNarrower topic: Its questions about molecular function became accessible to chemical intervention.Cold Spring Harbor LaboratoryNarrower topic: The laboratory’s research spans molecular mechanisms underlying genes and cellular function.Max DelbrückNarrower topic: Delbrück’s phage work helped establish an experimental route from genetics to molecular mechanisms.Molecular pathologyNarrower topic: Its central molecules and processes provide the basis for molecular pathology.Eric KandelNarrower topic: Kandel brought molecular methods into the study of learning, linking behavior to gene regulation.John KendrewNarrower topic: Kendrew’s work showed how molecular structure could illuminate biological function.Carol W. GreiderNarrower topic: Her enzyme discovery exemplifies how molecular experiments can reveal mechanisms of chromosome inheritance.George BeadleNarrower topic: Beadle’s gene-to-biochemistry link helped frame questions central to this field.Theodor SvedbergNarrower topic: Ultracentrifugation became one of the physical methods used to characterize biological molecules.Computational biologyNarrower topic: Its concepts define many of the biological mechanisms computational models represent.Double helixNarrower topic: The helix helped establish molecular structure as a route to explaining heredity.Robert W. HolleyNarrower topic: Holley’s RNA sequence work exemplified molecular biology’s shift toward explaining heredity through molecular structure.Sidney AltmanNarrower topic: Altman’s work changed molecular biology’s understanding of RNA’s possible functions.François JacobNarrower topic: Jacob’s research helped define molecular biology’s account of heredity and cellular function.Lawrence BraggNarrower topic: The structural methods Bragg promoted became central to explaining biological function at molecular scale.Renato DulbeccoNarrower topic: Dulbecco’s virology connected molecular mechanisms of heredity to cancer and cell growth.Esther LederbergNarrower topic: Her work connected microbial experiments to fundamental questions about genes and their behavior.History of biochemistryNarrower topic: It grew from biochemistry’s molecular approach and became a closely related discipline.Jacques MonodNarrower topic: Monod’s work on gene regulation helped establish this field’s explanatory framework.Mario CapecchiNarrower topic: Capecchi’s work grew from molecular biology’s emerging ability to manipulate DNA.Marshall Warren NirenbergNarrower topic: Nirenberg’s results helped turn gene expression into a testable molecular mechanism.Werner ArberNarrower topic: Arber’s work helped establish the molecular analysis of genetic material as an experimental discipline.Roger D. KornbergNarrower topic: His research provided a structural explanation for a central molecular process: gene transcription.Tsuneko OkazakiNarrower topic: Her discovery became part of the foundational account of how genetic material is copied.