Nursing care of the child with an integumentary disorder Flashcards
Exam 4 (Final)
Difference in Skin Between Children and Adults
How are infants’ epidermis?
Infant’s epidermis is thinner and blood vessels are closer to the surface.
Difference in Skin Between Children and Adults
Infant’s epidermis is thinner and blood vessels are closer to the surface.
How does this effect heat?
Infant loses heat more readily through skin surface.
Difference in Skin Between Children and Adults
Infant’s epidermis is thinner and blood vessels are closer to the surface.
How does this effect absorption?
Allows substances to be absorbed through skin quicker.
Difference in Skin Between Children and Adults
Infant’s epidermis is thinner and blood vessels are closer to the surface.
When does infants’ skin reach adult thickness?
Does not reach adult thickness until late teen years.
Difference in Skin Between Children and Adults
What does infants skin contain more of compared to adults?
Infant’s skin contains more water.
Difference in Skin Between Children and Adults
Infant’s skin contains more water.
How is epidermis?
Epidermis is loosely bound to the dermis.
Difference in Skin Between Children and Adults
Infant’s skin contains more water.
What can effect layers of skin?
Friction may easily cause separation of layers, resulting in blistering or skin breakdown.
Difference in Skin Between Children and Adults
Infant’s skin contains more water.
Why is infants skin at more risk for UV damage?
Infant’s skin is less pigmented, therefore at risk for UV damage.
Causes of Integumentary Disorders in Children:
What can they be exposed to that could lead to integumentary disorders?
Exposure to infectious microorganisms.
Causes of Integumentary Disorders in Children:
What kind of reactions can occur?
Hypersensitivity reactions.
Causes of Integumentary Disorders in Children:
What are other causes of skin disorders?
Genetic predisposition.
Injuries.
Causes of Integumentary Disorders in Children:
How does darker skin compare to fairer skin?
Darker skin tends to develop hypertrophic scarring and keloids more so than fair skin.
Common Laboratory and Diagnostic Tests
Labs:
Immunoglobulin E (IgE)
Culture and sensitivity of wound drainage
Potassium hydroxide (KOH) prep
Patch or skin allergy testing
Wood lamp
Common Laboratory and Diagnostic Tests
What kind of labs are done?
Labs: CBC, erythrocyte sedimentation rate (ESR)
Terms to Describe Alterations in Integument
Macule
Papule
Annular
Pruritus
Vesicle, pustule
Scaling, plaques
Hypo-, hyperpigmented
Erythematous
Types of Infections of the Skin
Bacterial:
Fungal
Viral
Types of Infections of the Skin
Bacterial: What are examples?
bullous and nonbullous impetigo, folliculitis, cellulitis, MRSA, Staphylococcal scalded skin syndrome.
Types of Infections of the Skin
Bacterial: What are they often caused by?
Often caused by Staph aureus or group A β-hemolytic streptococcus (normal flora).
Types of Infections of the Skin
Fungal: What are examples?
multiple types of tinea (pedis, corporis, versicolor, capitis and cruris), Candida albicans.
Types of Infections of the Skin
Viral: What are examples?
viral exanthems, Herpes simplex.
Fungal Infections of the Skin
Tinea pedis:
Tinea corporis:
Tinea versicolor:
Tinea capitis:
Tinea cruris:
Fungal Infections of the Skin
Tinea pedis
fungal infection on the feet.
Fungal Infections of the Skin
Tinea corporis:
fungal infection on the arms or legs.
Fungal Infections of the Skin
Tinea versicolor:
fungal infection on the trunk and extremities.
Fungal Infections of the Skin
Tinea capitis:
fungal infection on the scalp, eyebrows, or eyelashes.
Fungal Infections of the Skin
Tinea cruris:
fungal infection on the groin.
Risk Factors for CA-MRSA
Turf burns.
Towel sharing.
Participation in team sports.
Attendance at day care or outdoor camps.
Types of Inflammatory Skin Conditions
Acute hypersensitivity reactions
Chronic hypersensitivity disorder
Chronic inflammatory skin disorders not from hypersensitivity