Linked from

The 28 pages that link to Cell biology, each with the reason it gives.

• Molecular biologyCompared with: It emphasizes cellular organization, while molecular biology focuses on molecules and their interactions.

• Developmental biologyCompared with: Cell biology examines cellular processes broadly; developmental biology links them to organismal formation.

• HistologyNarrower topic: Histology interprets tissues by examining the cells that compose them.

• Robert HookeBroader topic: Hooke named cork’s boxlike compartments “cells” after observing them through a microscope.

• Cell theoryNarrower topic: It investigates the units that cell theory places at the center of life.

• PhysiologyNarrower topic: Cellular functions provide the basic mechanisms that physiology explains across larger scales.

• AnatomyBroader topic: Cell structure provides a finer scale for anatomical study.

• HistopathologyNarrower topic: Changes in cell organization and behavior underlie many microscopic disease patterns.

• MicroscopyRelated: Microscopy makes cellular organization and changing processes directly observable.

• MicroscopeRelated: Microscopy makes cells and many of their internal structures observable.

• Human anatomyNarrower topic: Cells form the microscopic units from which human tissues and organs are built.

• BiomedicineNarrower topic: Cellular processes explain how molecular disruptions affect tissues and organs.

• Ernst RuskaRelated: Electron microscopy made many cellular structures visible at far finer scales.

• Compound microscopeRelated: Microscopic observation exposes cell structures and behaviors central to the field.

• OrganNarrower topic: Cells form the tissues that make up organs.

• Christian de DuveNarrower topic: De Duve’s work helped transform cell biology by identifying organelles through biochemical evidence.

• George Emil PaladeNarrower topic: Palade’s integration of microscopy and biochemistry helped shape this field.

• Paul NurseNarrower topic: Nurse’s work on cell-cycle control became a landmark contribution to this field.

• Leland H. HartwellNarrower topic: Hartwell’s genetic discoveries connected genes to the timing and organization of cellular events.

• Martin ChalfieNarrower topic: GFP opened new ways to observe cellular events in living systems.

• Albert ClaudeNarrower topic: Claude’s work helped establish cell biology as an experimental discipline.

• Eric BetzigRelated: Betzig’s methods let cell biologists examine structures too small for conventional optical resolution.

• Tim HuntNarrower topic: Hunt’s findings became part of cell biology’s account of how cells reproduce.

• William E. MoernerRelated: Super-resolution methods based on single-molecule imaging reveal cellular structures below conventional optical resolution.

• Cellular organization, physiology & dynamicsNarrower topic: It is the broader discipline encompassing cellular organization, physiology, and dynamics.

• Günter BlobelNarrower topic: His discovery reshaped explanations of how cells organize proteins across compartments.

• Human biologyBroader topic: Cells are the basic living units underlying human tissues and organs.

• ProtistologyRelated: Protistology often investigates specialized cell structures such as cilia, flagella, and feeding vacuoles.