Linked from

The 39 pages that link to Connective tissue, each with the reason it gives.

• BlubberNarrower topic: Blubber’s fat cells are embedded in a connective-tissue framework.

• Mast cellNarrower topic: Many mast cells reside in connective tissues near vessels, nerves, and barriers.

• Marfan syndromeNarrower topic: Marfan syndrome alters connective tissue across several organ systems.

• ScurvyNarrower topic: Scurvy’s collagen defects weaken connective tissues across multiple organs.

• FibroblastNarrower topic: Fibroblasts are characteristic matrix-producing cells of many connective tissues.

• FasciaNarrower topic: Fascia is a connective-tissue system whose matrix and cells give it strength and flexibility.

• Ehlers–Danlos syndromeNarrower topic: The syndromes arise from defects in the body’s widespread supporting tissues.

• Tube feetNarrower topic: The tube foot's connective tissues help control its shape and attachment.

• ElastinNarrower topic: Elastin is a matrix component in several connective tissues.

• RheumatologyNarrower topic: Its many forms explain why rheumatology spans joints, organs, skin, and blood vessels.

• Strain (injury)Narrower topic: Tendons are connective tissues that can be damaged in a strain.

• Loeys–Dietz syndromeNarrower topic: Its widespread role helps explain why the syndrome affects arteries, skeleton, skin, and joints.

• Skeleton (anatomy)Narrower topic: Bone and cartilage are specialized forms of connective tissue.

• ProlapseNarrower topic: Its strength and integrity help maintain the structures that prevent prolapse.

• Skin and Connective Tissue DiseasesNarrower topic: Diseases can target connective tissues throughout the body, not just the skin.

• Stickler syndromeNarrower topic: Stickler syndrome is systemic because collagen defects affect connective tissues in multiple organs.