Final Exam - New material Flashcards
What is the most common clinical manifestation of acute renal failure?
Oliguria
(Low Urine output)
Complications of AKI
Hyperkalemia *
Chronic Kidney Disease may result from
Diabetes
Hypertension
Glomerulonephritis
polycystic disease
A1C Normal range
4-7%
What range for A1C has the highest risk for diabates
5.7% - 6.4%
Actions of insulin
Promotes glucose uptake
inhibits gluconeogenesis
Promotes fat and glycogen breakdown
Increased protein synthesis
How does insulin effect Potassium?
Lowers K by driving K into the cell
Type 1 diabetics
Always insulin dependent
Three P’s of Diabetes
Polyuria
Polydipsia
Polyphagia
Insulin Aspart, glulisine, lispro (Short Acting)
Onset, Peak, Duration
5-15 mins
peak: 1-2 hours
Duration of action: 4-6 hours
Human Regular Insulin
Humulin R
Humulin R
onset, peak, duration
30-60 mins
2-4hours
6-8 hours
Human NPH
Humulin N
Novolin N
onset, peak, duration
2-4 hours
4-10hours
12-16 hours
Detemir
onset, peak, duration
1-2 hours
peak: flat
duration 24 hours
Glargine
(Lantus)
onset, peak, duration
2-4 hours
flat
24 hours
Hyperglycemia S/S
Hot and Dry
3 Ps
polyuria
polydipsia
polyphagua
Hypoglycemia S/S
Cool, Pallor, sweaty
Headache, irritability, weakness, anxious, sweaty, shaly, hungry
What is diabetic ketoacidosis
Life-threatening problem that occurs when the body starts to breakdown fats at a higher rate than carbohydrates
DKA S/S
Dry and High Sugar
Ketones and Kussmaul Respirations
Abdominal Pain
Acidosis
Hypovolemic
Hyperosmolar Hyperglycemic State
Happens slowly and to type 2 diabetics caused by illness, infections, older age
Should patients stop taking their insulin or oral agents when they’re sick
NO!
HHS S/S
Highest sugar - 600+
Extreme fluid loss
Change in LOC
No Ketones
Slower onset
Kussmaul Respirations (DKA)
Deep/Rapid/Regular Respirations
Onset of DKA
Happens Suddenly
Medical Management of DKA
Correct insulin deficiency
Insulin First
Avoid hyperglycemia by switching fluids to dextrose
Nursing priorities of DKA
Insulin drip until ketoacidosis is reversed
HHS Management
Hydration status
Neurologic status
HHS Priorities
Fluids First
Insulin Second
Diabetes Insipidus
Insufficiency or hypofunction of antidiuretic hormone (ADH)
Not enough ADH
Diabetes Insipidus results in
Extracellular dehydration
Hypernatremia
Hypotension and Hypovolemia
Assessment and Diagnosis of DI
Urine output over >300ml/hr or more
Specific Gravity <1.005
Medical Management of DI
Hourly urine output
vasopressin for BP
DDAVP-synthetic ADH
Syndrome of inappropriate Antidiuretic Hormone
(SIADH)
Opposite of DI
TOO MUCH ADH
SIADH Assessment and Diagnosis
Dilutional Hyponatremia
Lethargy and confusion
Anorexia
Seizures, coma, and death
Lab Results Na <120
Urine output below normal
Medical Management SIADH
Fluid Restriction
Na Replacement
Nursing Management SIADH
Hydration Status
Neurological Status
Seizures precautions due to low Na
Cushing Syndrome
Hyper-secretion of CORTISOL
Cushing Syndrome
Caused by an outside cause or medical treatment such as glucocorticoid therapy
Cushing Disease
Caused from inside source due to the pituitary gland producing too much ACTH which causes adrenal cortex to release too much cortisol
Cushings Disease S/S
Skin fragile
Truncal Obesity
Rounded (MOON) face
Ecchymosis
Stria
Sugar (Hyperglycemia)
Excessive body hair
Dorsocervical fat pad (buffalo hump)
Cushings Disease Treatment
Removal of pituitary tumor
or
Adrenalectomy
Addisons Disease
Hyposecretion of Aldosterone and Cortisol
What can cause Addisons Disease?
Autoimmune due to the adrenal cortex becoming damaged due to the body attacking itself
Addisons Disease S/S
Sodium and low sugar
Tired and muscle weakness
Electrolyte imbalances
Reproductive changes
Low blood pressure
increased pigmentation
Diarrhea nausea, depression
Addisons Disease Nursing interventions
Watch K levels and glucose levels
Hormone replacement levels of cortisol and aldosterone
Addisons Crisis
Sudden pain
Syncope
Shocl
Super low blood pressure
Sever V/D + headache