Which type of connective tissue forms a soft skeleton that supports organs and cells?

Reticular connective tissue is the correct answer as it is specifically designed to form a soft skeleton, providing structural support for organs and cells. This tissue consists of a network of reticular fibers, which are thin and branched, creating a framework that supports various cell types, particularly in organs like the spleen, lymph nodes, and bone marrow.

The reticular fibers are composed of collagen and glycoproteins, which provide both elasticity and resilience, essential for maintaining the shape of the organ while accommodating changes in volume or pressure. The specialized nature of reticular connective tissue allows it to create a supportive environment for the blood cells that it houses, as well as aiding in filtration and interaction with the immune system.

Understanding the function and purpose of reticular connective tissue highlights its importance in both the structural integrity of various organs and its role in the overall functioning of the body's connective tissue system. This contrasts with other types of connective tissue, which serve different structural purposes or functions within the body.