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Chapter 14 – Tissue Repair and Wound Healing

Across
___ cells normally stop dividing when growth stops.
___ tissue is a glistening red, moist connective tissue that contains newly formed capillaries, proliferating fibroblasts, and residual inflammatory cells. Scars often build on the framework of this tissue.
This phase begins at the time of injury and during this phase a blood clot forms and phagocytic WBCs migrate to the site of injury.
The ___ phase is when new tissue is built to fill the wound space. During this time angiogenesis, endothelial cell proliferation and migration, and epithelialization occur.
___ repair is a response to tissue injury and is an attempt to maintain normal body structure and function. It can occur through regeneration or replacement.
The ___ is composed of three basic components: fibrous structural proteins, water hydrated gels, and adhesive glycoproteins. It is a crucial part of the wound healing process because it not only provides the scaffolding for tissue renewal, but because it is involved in the transition of granulation tissue to scar tissue.
The final phase begins about 3 weeks after injury. During this period scar tissue forms and is changed and restructured by collagen synthesis and collagenase enzymes. This phase is called the ___ phase
Wound healing is divided into ____ phases
Down
___ cells continue to divide and replicate throughout life.
____ involves the replacement of injured tissue with cells of the same type.
___ Factors control proliferation, differentiation, and metabolism of cells during wound healing. They are named for their tissue of origin.
___ cells cannot undergo mitotic division and therefore, once destroyed, they are replaced with fibrous scar tissue that lacks the functional characteristics of the destroyed tissue.