Which statement is FALSE about dense connective tissue?

Dense regular connective tissue is characterized by a high density of collagen fibers that are arranged in parallel. This organization is essential for its function, which is to provide strong attachments between muscles and bones or between bones themselves, as seen in tendons and ligaments. The presence of fibroblasts is crucial in this tissue as they are responsible for producing the collagen and maintaining the extracellular matrix. Therefore, stating that dense regular connective tissue has a low number of fibroblasts would be false, as fibroblasts are abundant and play an active role in its structure and function.

On the other hand, the dermis, which is the inner layer of the skin, is indeed an example of dense irregular connective tissue. This type provides strength and support in multiple directions due to its randomly arranged collagen fibers. Tendons are perfect examples of dense regular connective tissue; they provide tensile strength in one direction as they connect muscles to bones. Thus, while the other statements accurately reflect the properties and examples of dense connective tissue, the assertion regarding the low number of fibroblasts is misleading, making it the false statement.