Linked from

The 75 pages that link to Apoptosis, each with the reason it gives.

• Boolean networkRelated: Boolean models can trace how regulatory signals switch cell-death pathways on or off.

• Animal embryonic developmentRelated: Selective cell removal sculpts structures such as digits during development.

• ChlorambucilRelated: DNA damage from chlorambucil can trigger apoptosis in susceptible leukemia cells.

• PhosphatidylserineRelated: Apoptotic cells commonly expose phosphatidylserine as an engulfment cue.

• SphingosineRelated: Changes in sphingosine and ceramide levels can influence pathways that promote cell death.

• Turritopsis dohrniiRelated: Cell death and tissue remodeling are involved as the medusa reorganizes during reversal.

• Wolfram syndromeRelated: Progressive loss of insulin-producing and nerve cells is a central feature of the disorder.

• Biochemical cascadeRelated: Caspase activation proceeds through a proteolytic cascade during programmed cell death.

• Biomolecular & subcellular processesRelated: Its molecular machinery removes cells when continued survival would be harmful.

• Bone marrow cellsRelated: Programmed cell death helps regulate developing and mature marrow-cell populations.

• Cell Physiological PhenomenaRelated: It removes cells through a controlled physiological program.

• Embryonic structuresRelated: Programmed cell death sculpts structures and removes some temporary embryonic tissues.

• Infectious bursal diseaseRelated: Infected and bystander bursal lymphocytes can die through apoptotic pathways.

• MitochondriaRelated: Mitochondria can release proteins that help initiate the intrinsic apoptotic pathway.

• Toxic injuryRelated: Toxic stress can activate this pathway and eliminate injured cells.