Linked from

The 25 pages that link to Angiogenesis, each with the reason it gives.

• Wound healingRelated: New vessels supply oxygen and nutrients to the developing repair tissue.

• CancerRelated: Growing tumors can stimulate blood-vessel formation to obtain oxygen and nutrients.

• Connective tissueRelated: Blood-vessel growth supplies vascular connective tissues and supports repair.

• HypoxiaRelated: Hypoxia-inducible signals can stimulate vessel growth to improve local oxygen supply.

• VasodilationCompared with: It increases vascular network capacity by adding vessels, not widening existing ones.

• CapillaryRelated: Growing tissues form new capillaries to increase oxygen and nutrient delivery.

• MetastasisRelated: Tumor-associated vessels can supply tumors and provide routes for cancer-cell dissemination.

• Tissue engineeringRelated: Growing constructs need blood-vessel networks to deliver oxygen and nutrients.

• CarcinogenesisRelated: Growing tumors can induce blood-vessel formation to sustain their expanding tissue.

• ThalidomideRelated: Disrupted blood-vessel development is one proposed contributor to thalidomide-related limb defects.

• Endothelial cellRelated: Endothelial cells migrate and proliferate to build new vascular branches.

• Tissue (biology)Related: Growing tissues can require new vessels to supply oxygen and nutrients.

• Hepatocellular carcinomaRelated: The tumor's blood supply supports its growth and shapes imaging and treatment choices.

• Cell migrationRelated: Endothelial cells migrate as they extend and organize new vessel branches.

• MorphogenesisBroader topic: Vessel sprouting and remodeling create a branching network within growing tissues.

• Paracrine signalingRelated: Paracrine factors released by tissues recruit and guide endothelial cells during vessel growth.

• PericyteRelated: Pericyte recruitment and maturation help stabilize newly formed vessels.

• IntegrinRelated: Endothelial integrins help coordinate cell adhesion and movement during vessel growth.

• Blood vesselRelated: New vessel growth can restore tissue perfusion but also support tumors.

• Arteriovenous malformationRelated: Vessel growth and remodeling may contribute to AVM development or change over time.

• Benign tumorRelated: A growing benign tumor may recruit blood vessels to supply its expanding cell mass.

• BevacizumabNarrower topic: Bevacizumab is designed to suppress angiogenesis by blocking VEGF-A.

• NeoplasmRelated: Growing neoplasms can induce blood-vessel formation to obtain oxygen and nutrients.

• Hereditary hemorrhagic telangiectasiaNarrower topic: Abnormal regulation of vessel growth helps explain the characteristic lesions.

• Kaposi's sarcomaRelated: Vessel growth and abnormal vascular channels contribute to the appearance and structure of lesions.