The Skin
Across
- 5. The layer of the epidermis, also known as the prickly layer where keratinization begins.
- 7. The gland responsible for producing sweat to cool the body.
- 8. Blood and lymph supply to the skin.
- 9. The waterproof protein that gives skin, hair, and nails their strength.
- 10. O il produced by sebaceous glands.
- 13. Is a chemical barrier composed of sebum (oil) and sudor (sweat).
- 14. Gives the skin its overall strength and elasticity.
- 16. The slightly acidic film on the skin's surface that helps prevent bacterial growth.
- 17. Skin type that feels tight and may appear flaky.
- 19. The deepest layer of the epidermis where new skin cells are formed through mitosis.
- 22. _____ can improve skin firmness and elasticity.
- 23. Excretion occurs in the sudoriferous glands.
- 25. Water content of the skin which affects the elasticity of the skin.
- 26. Made by the fibroblast and found in the extracellular fluid of the dermis.
- 27. Contains papillae—small cone-shaped projections of elastic tissue that point upward into the epidermis.
- 29. Cells are continuously shed & replaced. This shedding process is called?
- 30. Pigment responsible for skin color.
- 31. What do free radicals cause damage to?
Down
- 1. Scale used to classify skin’s reaction to sun exposure.
- 2. Affect the movement of the Arrector pili muscles and the blood vessels.
- 3. The process by which the skin helps control the body’s internal temperature.
- 4. Layer where Desmosomes become corneodesmosomes.
- 6. Skin type that produces more sebum than normal.
- 7. A layer of fatty tissue found below the dermis.
- 11. ______ very good for aging client - water soluble.
- 12. ______ have an immunologic function.
- 15. The immune system cells found in epidermis that help defend against pathogens.
- 18. ______ also known as a Blister. Is a fluid filled sac.
- 20. The outermost layer of the skin.
- 21. What layer of the skin is Keratinization complete?
- 24. The brown-black pigment type that protects the skin from UV radiation.
- 28. Peptides are formed by isolating: