Epidermis example sentences

"Epidermis" Example Sentences

1. The epidermis helps protect the body from infection, dehydration, and damage.
2. The epidermis is continuously renewing itself through cell division and shedding of dead skin cells.
3. The epidermis contains melanocytes that produce melanin, which gives skin its color and protects it from UV radiation.
4. The outer layers of the epidermis contain keratinized cells that form a protective barrier against the external environment.
5. The top layer of the epidermis consists of flat, dead skin cells that slough off regularly.
6. The inner basal layer of the epidermis contains stem cells that divide and produce new skin cells.
7. The epidermis becomes thicker in areas of the body that are more prone to abrasion.
8. The palms of the hands and soles of the feet have the thickest epidermis.
9. The epidermis contains no blood vessels and receives nourishment from capillaries in the dermis by diffusion.
10. Sun exposure can damage the DNA of cells in the epidermis and lead to skin cancer.
11. Sunburns occur when UV radiation damages cells in the epidermis.
12. Severe burns can destroy portions of the epidermis and lead to scarring.
13. Chemicals and allergens must pass through the epidermis before they affect underlying skin layers.
14. The epidermis acts as the first line of defense against harmful germs and pathogens.
15. Care products containing alpha hydroxy and polyhydroxy acids help exfoliate dead skin cells in the epidermis.
16. Sunburn can cause inflammatory responses and cell damage in the epidermis.
17. The dermis provides structure and nourishment to the epidermis.
18. Wounds that penetrate the epidermis may quickly become infected if not properly cleaned and dressed.
19. Melanin production in the epidermis is stimulated by exposure to UV radiation.
20. Severe frostbite can destroy cells in the upper layers of the epidermis.
21. The epidermis is composed mainly of keratinocytes and melanocytes.
22. The use of moisturizers helps hydrate the epidermis and maintain its barrier function.
23. Lactic acid can help loosen and remove dead skin cells from the outer epidermis.
24. Barrier creams provide a protective coating over the epidermis.
25. Changes in the appearance of the epidermis can indicate underlying health conditions.
26. Scarring and loss of elasticity can occur when damage extends deep into the epidermis.
27. The epidermis and dermis are separated by the basement membrane.
28. Glycolic acid can help improve the texture and tone of the epidermis through exfoliation.
29. Itching and irritation can occur when substances come into contact with the epidermis.
30. Anti-aging products claim to stimulate collagen production and cell renewal in the epidermis.
31. Salicylic acid works as a keratolytic agent to exfoliate the outermost layers of the epidermis.
32. Without the protective epidermis, the dermis would be prone to excessive water loss.
33. The epidermis contributes significantly to the skin's overall barrier function.
34. Sunscreens work by forming a physical barrier over the epidermis.
35. Retinol creams work deeper than the epidermis to stimulate collagen production in the dermis.
36. Psoriasis affects both the epidermis and dermis layers of the skin.
37. Vitamin A and vitamin C promote healthy cell growth and differentiation within the epidermis.
38. Prickly heat rashes occur when sweat ducts in the epidermis become inflamed.
39. The regenerative capacity of the epidermis allows it to heal relatively quickly.
40. Damage to the epidermis triggers an immune response to prevent pathogen invasion.
41. Tattoos are placed in the dermis layer below the epidermis.
42. The toughened cells of the outer epidermis help to reduce transepidermal water loss.
43. Piercings that penetrate the epidermis are prone to infection.
44. Dyes and pigments are typically applied superficially to the epidermis rather than the dermis.
45. Acne occurs when hair follicles and sebaceous glands in the epidermis become clogged.
46. Vitiligo affects melanocytes within the basal layer of the epidermis.
47. Minor cracks and fissures in the epidermis heal relatively quickly.
48. Changes in epidermis thickness and composition occur with age.
49. Collagen production and cell turnover slow in the epidermis with age.
50. Epidermal tissue grafts involve transplanting sheets of epidermis to cover burn wounds.
51. Laser resurfacing treatments remove damaged surface layers of the epidermis.
52. Dead skin cells eventually slough off from the surface of the epidermis.
53. Blisters occur when the epidermis separates from the dermis due to friction or heat.
54. Human embryonic stem cells can give rise to keratinocytes that form the epidermis.
55. Keratosis pilaris involves plugged hair follicles and abnormal differentiation of epidermal cells.
56. The wrist and ankle regions tend to have thinner epidermis.
57. The regeneration rate of epidermal cells is faster than dermal cells.
58. Epidermal stem cells are involved in normal skin maintenance and repair.
59. Cells in the basal layer of the epidermis exhibit both proliferation and differentiation.
60. The epidermis consists of surface layers and a basal layer that adheres to the dermis.

Common Phases

1. The epidermis protects the body from harm.
2. Moisturizers help to nourish the epidermis and keep it healthy.
3. The epidermis consists of layers of keratinized cells.
4. Sun exposure can damage the cells of the epidermis.
5. Hair and nails actually originate from cells in the epidermis.
6. There are sweat glands and oil glands in the epidermis that help regulate body temperature.
7. Free radicals can damage proteins and lipids in the epidermis leading to aging skin.
8. The outermost layer of the epidermis is dead cells that protect the layers below.
9. Sunburn damages the cells of the epidermis and can lead to skin cancer.
10. The nerve endings that give us our sense of touch are located just beneath the epidermis.
11. Melanocytes in the epidermis produce melanin which gives skin its color and protects against UV rays.
12. Dry skin is a condition where the epidermis lacks enough oils and moisture.
13. The epidermis produces new cells to replace old ones that flake off.
14. Microtears in the epidermis can allow bacteria to penetrate the skin and cause an infection.
15. The burn destroyed part of the victim's epidermis and left severe scarring.
16. The dermatologist applied a topical ointment to soothe the irritation of the patient's epidermis.
17. Scabs form when cells and fluid from below the epidermis rise to the surface.
18. A rash is caused by inflammation or irritation to the epidermis.
19. The epidermis is constantly renewing itself through cell division and migration to the surface.
20. The stratum corneum is the outermost layer of the epidermis consisting of dead keratinized cells.
21. The epidermis becomes thicker in areas that are subjected to more wear and tear.
22. Aloe vera gel can help soothe inflamed or burned epidermis.
23. Fibroblasts in the dermis produce collagen that support the epidermis.
24. The basal layer of the epidermis contains cells that proliferate and push cells upwards.
25. The migration and desquamation of cells from the epidermis maintains the barrier to fluid loss.
26. An epidermis sample showed that the patient had abnormal keratinocyte differentiation.
27. An epidermal graft involves transplanting sheets of epidermis from a donor site.
28. Psoriasis results from the hyperproliferation of epidermal cells.
29. Tattoos lie in the dermal-epidermal junction just beneath the epidermis.
30. Scarring tends to impact the dermis more than the epidermis.
31. The epidermis consists of several layers of stratified squamous epithelium.
32. Atopic dermatitis is a condition marked by inflammation of the epidermis.
33. Vaccinations are typically administered into the subcutaneous tissue below the epidermis.
34. The epidermis becomes thicker on the palms and soles to withstand abrasion.
35. Sebaceous glands in the epidermis lubricate the outer skin layer with sebum.
36. The epidermis interacts closely with the underlying dermis through many signaling proteins.
37. Melanocytes produce pigment that gives each person's epidermis a unique color.
38. The outermost stratum corneum epidermis layer is composed primarily of dead cells and lipids.
39. Barrier function is an essential property of the epidermis that prevents water loss.
40. The epidermis becomes thinner on the eyelids to allow for mobility and sensitivity.
41. Vitamin A and Vitamin E help support the basic functions and integrity of the epidermis.
42. Dermatitis is an inflammation of the epidermis that results in redness and itching.
43. Contact dermatitis occurs when irritants come in contact with the epidermis.
44. Acne affects the epidermis when hair follicles and sebaceous glands become clogged.
45. Injury to the basal layer of the epidermis can result in permanent scarring.
46. As cells move upward through the epidermis they become progressively flatter and more keratinized.
47. A skin graft replaces damaged epidermis with healthy epidermis from a donor site.
48. UV radiation can damage DNA in keratinocytes in the basal layer of the epidermis.
49. The junction between the dermis and epidermis contains capillaries to nourish epidermal cells.
50. Keratosis results from abnormal keratinization of epidermal cells in the stratum granulosum layer.
51. Lichenification is thickening of the epidermis due to chronic scratching or rubbing.
52. Topical treatments can penetrate into the upper layers of the epidermis.
53. Calluses are areas of thickened epidermis caused by constant pressure or friction.
54. Chemotherapy drugs can lead to epidermal damage and irritation.
55. The epidermis consists of the outermost layers of the skin which provide a protective barrier.
56. Vitiligo results from the loss of melanocytes in the epidermis causing depigmented patches of skin.
57. Langerhans cells in the epidermis help fight infections by engulfing pathogens and antigens.
58. The regeneration and differentiation of epidermal cells is controlled by signaling in the dermis.
59. Tanning sun exposure causes damage to proteins and DNA within the epidermis.
60. Damage to the epidermis barrier function can lead to transepidermal water loss.