Exam 3: Endocrine Function Alterations Flashcards
Endocrine System plays a vital role in:
Orchestrating cellular interactions, metabolism, growth, reproduction, aging, and response to adverse conditions
Coordinating/regulating long term changes in fxn of all body organs and tissues to maintain homeostasis
Endocrine involves a ___ ___ system
Negative Feedback System
4 categories of hormones
Amines and amino acids
Peptide (protein): act on cell surface
Steroid: act inside the cell
Fatty acid derivative
Major Hormone Secreting Glands
Hypothalamus
Pineal
Pituitary
Thyroid
Parathyroid
Adrenals
Islets of Langerhans (Pancreas)
Posterior Pituitary Gland
Regulates fluid balance, facilitates childbirth, and prostate gland function
What 2 hormones does the Posterior Pituitary release?
ADH/Vasopressin
Oxytocin
Anterior Pituitary Gland
Produces and release several different hormones (most of which regulate secretion of other hormones)
Important Anterior Pituitary Hormone
TSH - Thyroid Stimulating Hormone
Stimulates the thyroid gland which will then determine the rate of cellular metabolism
Thyroid Gland
Determines rate of CELLULAR METABOLISM
In children, hormones are responsible for normal development of skeletal, muscular, and nervous system
Thyroid Hormones
ACTH - Adrenocorticotropic Hormone
FSH - Follicle Stimulating Hormone
LH - Luteinizing Hormone
PRL - Prolactin
GH - Growth Hormone
Calcitonin
Thyroxine (T4) and Triiodothyronine (T3)
Parathyroid Glands
Monitor and maintain circulating concentration of CALCIUM IONS
Pancreas
Endocrine Gland AND Organ
REGULATES BLOOD GLUCOSE concentrations and is associated with DM
Adrenal Medulla
INCREASES CELLULAR ENERGY USE and muscular strength, endurance, and mobilizes energy reserves
What hormones does the Arenal Medulla Release?
Catecholamines (EP & NEP)
Mobilized glycogen reserves
Adrenal Cortex
Hormones that play a vital role for bodies survival and affects metabolism of many different tissues
Adrenal Cortex Hormones
Glucocorticoids: cortisol, corticosterone, etc
Female Gonads and Hormones
Regulates secondary sexual characteristics and reproduction
Ovaries (Gonads)
Estrogen (Hormones)
Male Gonads and Hormones
Regulate secondary sexual characteristics and reproduction
Testes (Gonads)
Androgens and FSH (Hormones)
Common Lab Tests for Endocrine Disorders
Pituitary - GH and water deprivation test
Thyroid - TSH, T3, T4
Parathyroid - Serum calcium and Phosphate
Adrenal - Cortisol, Aldosterone, Urinary 17 Ketosteroids
Urine Tests
Measure the amount of hormones or end products of hormones excreted by the kidneys
Stimulation Tests/Suppression Tests
Diagnostic tests for endocrine disorders
Endocrine Imaging Studies
MRI
CT
Thyroid Scan
Radioactive Iodine (RAI) Uptake Test
Purpose of the POSTERIOR Pituitary Gland
Regulate fluid balance, facilitates childbirth and prostate gland function via ADH/Vasopressin and oxytocin
Hypersecretion of the Posterior Pituitary Gland Causes
SIADH
Hyposecretion of the Posterior Pituitary Gland causes
Diabetes Insepidus
Hypophysis
Pituitary Gland
95% of Pituitary Gland tumors are …
Benign
Surgery to Correct the Pituitary Gland is called…
Hypophysectomy
The most common Posterior Pituitary disorder is
Diabetes Insipidus (DI)
Anterior Pituitary Gland Purpose
To produce and release several different hormones like FSH, LH, prolactin, ACTH, TSH, GH
HYPERsecretion of the Anterior Pituitary Gland causes
Cushing Syndrome
Gigantism
Acromegaly
HYPOsecretion of the Anterior Pituitary Gland causes
Dwarfism
Panhypopituitarism
SIADH
Syndrome of inappropriate antidiuretic hormone
Posterior Pituitary Gland - Hyperexcretion
Excessive amount of serum ADH, resulting in water intoxication and hyponatremia
Causes of SIADH
Malignant tumors on the POSTERIOR Pituitary Gland
Hypersecretion of ADH by the hypothalamus
Ventilation (increased intrathoracic pressure)
Trauma
Pain
Stress
Assessment Findings of SIADH
Fluid volume excess
Thirst
Neurologic changes r/t swelling of brain cells
Seizures
NO edema (it’s between the cellular and extracellular spaces)
Increased BP
Crackles
Distended jugular veins
I > O
Weight gain
Diagnostic/Lab Tests for SIADH
High URINE osmolality
Low SERUM osmolality
decreased H&H, BUN, Na Levels (Hyponatremia)
Nursing Dx for SIADH
FLUID OVERLOAD
Alteration in thought process
insufficient nutrients
fatigue
Nursing Education for SIADH
Information about the disease process
Medications are lifelong
Oral intake plan (fluid and sodium)
Daily weight
Nursing Interventions for SIADH
Restrict oral fluids including ice chips to 800 mL/day
Monitor intake/output
Monitor serum sodium, and urine osmolality, and specific gravity
Weigh daily
Assess changes on LOC, cognition
Meds: Declomycin, Vasopressin, Diuretics
Diabetes Insipidus (IS/DI)
Results from excessive water loss caused by hyposecretion of ADH or kidney’s inability to respond to ADH –> polyuria –> severe dehydration
Assessment Findings for DI
Assess for hx of head injury, brain surgery, infection, or tumor
Medication list
Assess LOC
VS (hypotension)
Skin turgor
I&O
Weight (loss)
Polydipsia
Polyuria
Bowel sounds (constipation) (from dehydration)
Diagnostic/Lab Tests for DI
Low urine osmolality
Positive water deprivation test
Hypernatremia (increased sodium)
Nursing Dx for DI
Dehydration (most common)
Reduced cardiac output
potential for interrupted skin integrity
possible constipation
Nursing Education for DI
Information about disease process
Medic Alert bracelet
Keep I&O log
Weight
skin care
normal bowel elimination
Nursing Interventions for DI
monitor I&O hourly
weight daily - report weight loss!!!
monitor urine labs!!!
encourage fluid intake greater than urine output !!!
skin protection PRN
meds: Supplemental ADH, replacement IV fluids
What UO should be reported to a provider with DI
UO greater than 200 m/hr for 2 consecutive hours or one hour with over 500 mL
Thyroid Hormones
T3
T4
Calcitonin
___ is contained in thyroid hormone
iodine
What controls the release of thyroid hormones
TSH from the anterior pituitary gland
Largest gland in the body is
the thyroid
The thyroid gland controls…
cellular metabolic activity
Which is more potent and rapid acting T3 or T4
T3
When is calcitonin released from the thyroid gland
in response to high plasma calcium levels and it increase calcium deposit in bones
What shape is the Thyroid gland
butterfly shaped in the neck
HPT Axis
Hypothalamic - pituitary - thyroid axis
Hypothalamus –(TRH)–> stimulate pituitary gland to release TSH –> Stimulates thyroid to release T3/4–>high levels of T3/4 feedback loops to inhibit TRH production and release (negative feedback)
Grave’s Disease
excessive secretion of thyroid hormone from the thyroid gland, leading to increased basal metabolic rates
rates higher in women than men
hyperthyroidism
Assessment findings for Grave’s Disease
clinical manifestation’s vary depending on amount and time:
assess health hx, VS, neck (goiter), eyes (exophthalmos), resp effort increase, energy level, irritability, weight pattern, sleep pattern
potential thyroid storm/crisis
Thyroid Storm/Crisis/Thyrotoxicosis
Life threatening extreme hyperthyroidism from long term stress or manipulation of the gland
s/s include elevated temp (fever above 101.3), extreme tachycardia (above 100), and other exaggerated hyperthyroid s/s and neuro changes
Tx for Thyroid Storm
acetaminophen (ASA would displace thyroid hormone from proteins and make things worse)
hypothermia mattress
ice packs
cool environment
IV fluids
beta blocker, propanolol/inderal
antithyroid medications/PTU
Diagnostic/Lab Tests
elevated T3, T4, free T4
Decreased TSH
positive RAI uptake scan and thyroid scan
Nursing Dx for Grave’s Disease
possible reduced CO
disturbances in vision
threat to airway
insufficient nutrients
Nursing interventions for Grave’s Disease
related to lifelong antithyroid medications: ablative radioactive I-131, or partial/total thyroidectomy
meds: antithyroid meds for life (potassium iodide, Tapazole, and/or PTU)
Patient Education for Grave’s Disease
Medication usage and LIFELONG usage
Daily weight
environment temp cool and stress free
activity-rest balance
Patient Education for Grave’s Disease patients with Exophthalmos
Eye protection and potential altered visual field
regular eye exam
report any changes in vision or appearance
eye protection
moisten eyes
elevate HOB
eye patch at night
What sort of diet should Grave’s disease have
high carbohydrate and protein diet including snacks (burns fast)
What is a common tx (non-med) for Grave’s Disease (Hyperthyroidism)
Ablative radioactive I-131
OR
Thyroidectomy (partial or total)
Ablative radioactive I-131
thyroid gland absorbs I-131 which destroys some thyroid cells over a period of 6-8 weeks
Never do an ablative radioactive I-131 on…
someone pregnant
Always be using what during a Ablative radioactive I-131
RADIATION PRECAUTIONS
Patient Instructions for Ablative radioactive I-131
Drink with a straw
use a private toilet
no handling others food
avoid contact with persons (no children)
use disposable utensils and plates
What may be done once an ablative radioactive I-131 is performed
once thyroid hormone levels out it may indicate a thyroidectomy, but the hyperthyroidism needs treatment before surgery options
Pre-Op Patient Education for a thyroidectomy
Deep breathing cough
instruct to hold hands behind neck during cough, sitting and turning (supports neck and gland region)
teach to expect hoarseness
instruct on wound care pre and post op
Post Op Patient Education for a thyroidectomy
provide comfort/pain
monitor for hemorrhage
promote patent airway
prevent tetany (hypocalcemia)
maintain patent IV
avoid/minimize talking: Assess for laryngeal nerve damage
prevent infection
monitor for hypothyroidism
Why can tetany occur following a thyroidectomy
removal of parathyroid gland can cause low calcium
Hypothyroidism
insufficient amount of thyroid hormone (TH) being secreted by the thyroid gland, causing decreased BMR, decreased hear production, and effects on all body systems
Assessment Findings for Hypothyroidism
depends on condition severity: health hx, LOC, VS, resp., activity tolerance, and comfort
Goiter again, myexedema crisis, everythging slows down
Myexedema Crisis
Life threatening crisis of hypothyroidism
precipitated by trauma, infection, etc
non pitting edema in connective tissue occurs with neuro changes
high mortality if untreated
Diagnostics/Lab Tests with Hypothyroidism
Decreased T4
NORMAL T3
Increased TSH
Therapeutic Management of Hypothyroidism is done…
via medication to replace T4
Nursing Dx of Hypothyroidism
reduced CO
excess nutrients
constipation
impaired skin integrity
sexual dysfunction
body image
Nursing Education for Hypothyroidism
information about the disease and medications work
medicalert bracelets
medication lifelong - same time 1 hour prior to a meal
hold med if HR >100
weight changes
Nursing Interventions for Hypothyroidism
medication
environmental comfort
activity-rest periods
bowel elimination
Medications for Hypothyroidism
thyroid hormone replacement (levothyroxine/Synthroid, triiodothyronine/Cytomel); raise BMR
When should hypothyroidism meds be given
at the same time daily 1 hour before a meal
Hypothyroid Meds are held if…
HR >100
Parathyroid Gland location
behind the thyroid gland
can be embedded in thyroid tissue
Hyperparathyroidism
increased parathyroid hormone (PTH) secretion form parathyroid glands located in the neck
PTH increases Calcium
Who is at higher risk for hyperparathyroidism
older adults and women most at risk
Hyperparathyroidism Assessment Findings
health hx
VS
ECG
elimination
nutrition
activity exercise
LOC
may be asymptomatic, or polyuria, renal calculi, etc
Diagnostic/Lab Tests for Hyperparathyroidism
Elevated serum levels of total calcium
increased PTH
decreased phosphate
possible bone changes
Therapeutic Management of Mild Hyperparathyroidism
increase fluids
avoid thiazide diuretics
weight bearing activity
avoid vitamin A and D and calcium supplements
Therapeutic Management of Acute Hyperparathyroidism
decrease serum Ca with IV NS
diuretics and phosphate replacement
surgery to remove PT glands
why are thiazide diuretics contraindicated with hyperparathyroidism
because they can raise calcium levels even more
Nursing Dx for Hyperparathyroidism
pain
reduce mobility
potential for injury
elimination issues
Nursing Education for Hyperparathyroidism
disease process
medication
s/s of hypocalcemia
Nursing Interventions for Hyperparathyroidism
promote safety and comfort
strain all urine to detect stones
increase fluids
activity - rest periods
promote nutrition
pre-post op care
prevent tetany caused by surgery postop (chvostek and tousseau signs)
meds: analgesia, diuretics, IV NS to excrete calcium, phosphate, calcitonin
Tetany
general muscle hypertonia with tremor and spasmodic or uncoordinated contractions occurring with or without efforts to make voluntary movements
Chvostek Sign
a sharp tapping over the facial nerve just in front of the parotid gland and anterior to the ear causes spasm or twitching of the mouth, nose, and eye
Trousseau Sign
carpopedal spasm is induced by occluding the blood flow to the arm for 3 minutes with a BP cuff
Hypoparathyroidism
low PTH levels causing hypocalcemia, usually caused by damage or surgical removal of the thyroid
Assessment Findings of Hypoparathyroidism
health hx
VS
ECG
Elimination
nutrition
activity exercise
LOC
GI symptoms!!
signs fo hypocalcemia (anxiety, HA, tremor, spasm, tetany, seizure)
Diagnostics and Lab Tests for Hypoparathyroidism
decreased serum PTH, total calcium, free calcium, increased serum phosphate
Therapeutic Management for Hypoparathyroidism
Supplemental Calcium and Vitamin D (possible via calcium gluconate IV and/or pentobarbital to decrease neuromuscular irritability)
Nursing Dx of Hypoparathyroidism
potential for injury
anxiety
knowledge deficit
Nursing Education for Hypoparathyroidism
disease process
medicalert bracelet
VITAMIN C and VITAMIN D EVERYDAY
Diet HIGH IN CALCIUM AND VITAMIN D
Nursing Interventions for Hypoparathyroidism
promote safety/comfort: neuromuscular
activity-rest periods/quiet environment
promote nutrition
meds: calcium supplement oral or IV, vitamin D oral
Foods high in Vitamin C and D
beans
greens
tomatoes
cheese
milk
Adrenal Glands
2 glands on the upper portion of the kidneys
Has a medulla and cortex
effects stress response, lyte and fluid volume, and glucose metabolism
Arenal Medulla
center of the adrenal gland releasing catecholamines
fxns as part of the autonomic NS
Adrenal Cortex
outside of the adrenal gland releasing steroid hormones
What are the important catecholamines released by the adrenal medulla
EP and NEP (90% of secretion is EP for fight or flight)
What are the important steroid hormones released by the adrenal cortex
glucocorticoids (important influence on glc metabolism)
mineralocorticoids (lyte metabolism)
androgens (sex hormones)
Pheochromocytoma
Tumors (benign often) from the Adrenal medulla (Catechol.)
Rare neuroendocrine tumor
Causes release of high amounts of EP and NEP (Catecholamines)
If undetected and untreated can be fatal
90% of tumors are in the medulla with 10% in extra adrenal chromatin tissue elswhere
What age and gender is more likely to have pheochromocytoma
any age but peaks at 40-50 y/o
Effects men and women equally
Classic Triad of Pheochromocytoma Symptoms =
Headache
Diaphoresis
Palpitations
HDP TRIAD ——-
Other S/S of Pheochromocytomqa
Anxiety
Lightheaded when getting up
attacks or symnptoms may be paroxysmal
5 H’s
HA
HTN
Hyperhidrosis (sweating)
Hypermetabolism (fever)
Hyperglycemia
TIAs
tremor
Flushing
postural hypotension
Cafe Au Lait Spots
Cafe Au Lait Spots
pigmented birthmarks that are benign
not causing pheochromocytoma ailment themselves but may indicate disorders esp if multiple spots are present
Labs for Pheochromocytoma
24 hour urine catecholamine and metabolite catch (most conclusive test)
plasma metanephrine testing
Imaging Tests for Pheochromocytoma
Abdominal CT Initially
MRI Follow up
EKG - Tachyarrhythmias
GENETIC TESTING per endocrine society guidelines
lifelong follow up biochemical testing annually
Pre Op Interventions for Pheochromocytoma Removal
Meds: 1st Alpha Adrenergic Blocking agents to prevent CV complication and then 2nd Beta Adrenergic Blocking Agents
Monitor BP and bed rest until stable with the HOB elevated
High sodium diet to prevent post op hypotension
Surgical removal of the adrenal gland if the source
Personalized management
all occurs 7-14 days pre-surgery
The definitive tx of Pheochromocytoma is…
either a singular or dual adrenalectomy
What is needed if a bilateral adrenalectomy is done
corticosteroid replacement needed
Post Op Care Following an Adrenalectomy for Pheochromocytoma
(Catecholamine Withdrawal)
Hypotension support (diet with enough salt and water)
hypoglycemia support
monitor for ectopic sites until stable: EKG, arterial pressures, fluid/lyte balance, blood glc levels
maintain IV access
Patient Education follow Pheochromocytoma surgery
need regular follow up care, chance for reoccurrence
general diet
self monitoring BP
regular monitoring labs and urines
medications - corticosteroids if both adrenal glands removed with regular compliance
Why can hypoglycemia and hypotension occur post op for Pheochromocytoma adrenalectomy
sudden withdrawal from large catecholamine amounts
Addison’s Disease
ADRENOCOTICAL INSUFFICIENCY
Adrenal suppression by exogenous steroid use
Adrenal glands damaged and cannot make sufficient cortical steroids
S/S of Addison’s Disease
muscle weakness, myalgia
anorexia, weight loss, low blood sugar
NVD
Fainting and salt craving
GI symptoms
fatigue, irritable, depressed
dark pigmentation of skin and mucosa - knuckles, knees, elbows, mucous membranes, hair loss (in women esp) AND vitiligo — occurs months/years before the disease
low blood Glc
low serum sodium
high serum K
apathy, emotional lability, confusion
dehydration, hypotension
potential Addisonian crisis
Diagnosis Tests for Addison’s Disease
adrenocortical hormone levels, ACTH levels, ACTH stimulation test
What is the most common cause of Addison’s Disease
corticosteroid use
What are the 3 types/origins of Addison’s Disease
Primary - Adrenal Gland
Secondary - Pituitary
Iatrogenic - Result of Therapeutic Use of Corticosteroids
Primary Addison’s Disease
partial or complete destruction of adrenal cells - 80-90% from autoimmune destruction from autoimmune adrenalitis
can also be due to infection of Tb or AIDS
Secondary Addison’s Disease
Pituitary Gland issue
inadequate secretion of ACTH resulting in a deficiency of cortisol, aldosterone
Iatrogenic Addison’s Disease
result of therapeutic use of corticosteroids
suppressed adrenal gland release of glucocorticoids after only 2-4 weeks of steroid use
chronic steroid administration suppresses the HPS axis and eventually causes adrenal atrophy
What is onset of Addison’s Disease like
insidious onset - symptoms develop slow, often over several month
What may the initial Addison’s disease diagnosis present as
may present in ER in circulatory shock
they compensate until they crash and it is precipitated by stress (infection, environmental temp)
Important Labs for Addison’s Disease
8 am serum cortisol test for hypocortisolism
Rapid ACTH stimulation test (cortrosyn, cosyntropin, or synacthen) (complex interpretation)
“short corticotrophin test”
imaging: CT of abdomen (adrenal) or MRI scan (pituitary)
Primary Adrenocortical Insufficiency should show what levels on lab tests
Increased plasma ACTH and a serum cortisol lower than normal
This means decreased blood glc, decreased serum Na, hyperkalemia, increased WBC
Medical Tx for Addison;s Disease
hormone replacement therapy to correct steroid levels (cortisol, corticosteroid injections, double or triple in stress)
monitor due to infection risk increase
life long supervision
serial labs of lytes, plasma renin, fasting blood glucose level
monitor long term complications
What are some of the long term complications of corticosteroid use for Addison’s Disease
osteoporosis
gastric ulcers
depression
glaucoma
cataracts
Important Considerations for the Nurse with a Patient with Addison’s Disease
noting illness and stressors participating problems!!!
fluid and lyte status, VS, orthostatic BP
Note s/s of insufficiency like weight loss, muscle weakness, fatigue
Medication
monitor for s/s of Addisonian crisis
What may be a big sign of volume depletion with Addison’s Disease
a drop in SBP 20 mmHg or more - could lead to stress and crisis
Main important Nursing Management Pieces for Addison’s Disease Tx
- Replacement Corticosteroids - lifelong, regular, sick day emergency kit
- Diet - hyponatremia and hypovolemia could occur
- Times to replace sodium and increase fluids
- Assess tolerance of position changes with BP check in lying, sitting and standing
- Sensible activity limitations, lifestyle changes (avoid strenuous activity and hot humid weather)
- Temp increase in corticosteroids when stressed
- Sick Day Rules
In what situations should someone with addison’s disease replace sodium and increase fluids
heavy exercise
hot weather
GI symptoms including NVD
What is diet like in addison’s disease
consume adequate fluid, sodium, potassium
need HIGH PROTEIN and HIGH CARB DIET
excessive weight gain or edema indicates cortisol replacement too high - see provider
What situations indicate temp increase in corticosteroid dose for someone with Addison’s Disease
surgery
infection
illness
life events
hot weather
Sick Day Rules of Adrenocortical Insufficiency (Addisons Disease)
- Double dose routine oral glucocorticoid with fever and illness - bed rest - and double oral glucocorticoid when taking antibiotics for infection or before small outpatient procedures like dental work
- Inject Gluco. IM/IV incase of severe illness trauma, fasting for procedure, persistent vomiting, or during surgery - safety box available with 100 mg of hydrocortisone IV/IM followed by 200 mg hydrocortisone through cont IV infusion every 6 hours
Nursing Dx for Addison’s Disease
Disturbed body image
Self care deficit related to weakness, fatigue, muscle wasting, altered sleep patterns
Risk for injury related to weakness
risk for fluid volume deficit
activity intolerance and fatigue
risk for infection
knowledge deficit
Interventions for Addison’s Disease Risk for Fluid Deficit
monitor for s/s of fluid volume deficit
encourage fluids and foods
select foods high in sodium
administer hormone replacement as prescribed
Interventions for Addison’s Disease Activity intolerance
avoid stress and activity until stable
perform all activities for patient when in crisis - transferring, ADLs, etc
maintain a quiet, nonstress environment
measures to reduce anxiety
Nursing education for Addison’s Disease
if having elective surgery hold exercise until 7-10 days later, monitor for infection, have foods high in Na esp during GI disturbances and hot weather
carry emergency care kit of cortisone IM injection
instruct how to give self IM injection
need increased treatment before procedures
medical regime compliance lifelong
medic alert bracelet, medical information card
Addisonian Crisis
Life threatening adrenal insufficiency emergency
critically low corticosteroid levels that can cause shock, hypotension, rapid weak pulse, rapid respiration rate, pallor, and weakness - CRISIS
What things precipitate Addisonian Crisis
Stress - trauma, infection, recent surgery, cold exposure (cannot release cortisol for stress!)
Decreased NA intake
Dehydration
not taking prescribed steroid replacement
adrenalectomy
removal pituitary (tumor) (ACTH secondary)
S/S of Addisonian Crisis
Mental Status Changes (Confusion, agitation, lethargy)
Muscle Weakness
HA, Abdominal Pain, Nausea, Weakness
Postural hypotension or Shock
Hyperthemia (as high as 105 F)
Labs: Hyponatremia, Hyperkalemia, Hypoglycemia
The priority of addisonian crisis tx is what
Prevent irreversible shock
5 S’s of Addisonian Crisis Tx
Support
Search for precipitating illness
Salt
Sugar
Steroids (IV Corticosteroids)
Other Treatment Modalities for Addisonian Crisis
Vasopressin
Hydrocortisone
Antibiotics
IV fluids
shock tx: recumbent, D5 and NS, cortisol, VS monitor, legs elevated, correct hyperkalemia, fix volume deficit and hypotension, treat precipitating factor
Cushing Syndrome
Adrenal Gland Disorder
Excessive adrenocortical activity or corticosteroid medications
opp of Addison’s Disease
S/S of Cushing Syndrome
Hyperglycemia
Central type obesity with buffalo hump
heavy trunk and thin extremities
fragile thin skin
ecchymosis
striae
wakness
lassitude
sleep disturbances
osteoporosis
muscle wasting
HTN
MOON FACE
acne
infection
slow healing
virilization in women, loss of libido
mood changes
increased serum sodium
decreased serum potassium
Lab for Cushing Syndrome Dx
Dexamethasone Suppression Test
2 Types of Cushing Syndrome
ACTH Dependent - Pituitary Tumor or Ectopic ACTH Production
ACTH Independent - Medications, hyperfunction, ectopic cortisol production
Almost all cushing disease has..
pituitary adenomas (micro ones)
ACTH Dependent Cushing’s Disease
- Pituitary adenoma - hypersecretion of ACTH. No normal cortisol feedback and continue to stimulate cortisol production and release
- Ectopic ACTH -tumors producing it elsewhere in the body like lung, pancreas, thymus
ACTH Independent Cushing Disease
- Iatrogenic - cortisol meds as anti inflammatory
- Primary adrenal gland hyper function - hyperplasia or tumor
- Ectopic cortisol production -tumor elsewhere making cortisol
What gender and age is most likely to get Cushing disease
women 20-40 (5x more likely than men)
What is the virilization of women from Cushing Disease
androgen excess leading to masculine traits and recession of female traits
excess hair (Hirtuism), breast atrophy, menses cease, voice deepens
3 Lab Tests to Diagnose Cushing Disease
- Serum Cortisol
- urinary Cortisol
- Low dose dexamethasone or Decadron suppression test
2/3 of these need to be abnormal for diagnosis
Other Lab Diagnostics for Cushing Disease
CBC - WBC >11,000/mm^3
Metabolic Panel - Hyperglycemia (cortisol) and Hypokalemia (aldosterone - Kidneys excrete K+)
Abdominal CT scat, MRI Brain scan on pituitary, Chest and Abdominal CT scan
Lab tests for relevant hormone levels
Medical Tx for Cushing Syndrome
Surgery to remove a tumor
targeted tumor radiation after removal of pituitary tumors
lifelong cortisol replacement after pituitary removal
routine monitoring for reoccurrence
taper corticosteroid use
Nursing Assessments for Cushing Syndrome
activity level and ability to carry out self care
skin assessment
changes in physical appearance and patient responses to these changes
emotional status
medications
mental function
Hx of level of activity, ability for ADLs
skin for breakdown and such
patient responses to changes, depression, awareness of environment
Nursing Dx of Cushing Disease
risk fo injury
risk for infection
self care deficit
impaired skin integrity
disturbed body image
disturbed thought processes
Nursing Management for Cushing Syndrome risk for Injury R/t weakness
accident proof environment, concern falls and fractures
ambulation assistive devices
diet: high protein, calcium, vitamin D, low sodium, watch calorie intake
Nursing management for Cushing Syndrome risk for infection r/t altered protein metabolism and inflammatory response
(Increased susceptibility to injury or infection secondary to immunosuppression caused by excessive cortisol)
avoid those who are ill
infection and inflammation are marked
monitor for changes that may indicate infection
offer age appropriate vaccinations particularly influenza, herpes zoster and pneumococcal vaccinations due to increased risk of infection
Nursing management for Cushing Syndrome self care deficit related to weakness, fatigue, muscle wasting, altered sleep patterns
encourage rest and consistent sleep patterns
moderate activity
relaxing, quiet environment for rest and sleep
Nursing management for Cushing Syndrome impaired skin integrity related edema, impaired healing, and thin and fragile skin
meticulous skin care
avoid adhesive tape
frequent position change
frequent assessment bony prominences
monitor for DVT
Nursing management for Cushing Syndrome disturbed body image r/t altered physical appearance, impaired sexual fxning, decreased activity level
weight gain and edema modified by low carb, low sodium diet
high protein diet may decrease other bothersome symptoms
Nursing management for Cushing Syndrome disturbed thought processes related to mood swings, irritability, and depression
explain disease to patient and family members
coping methods to deal with mood swings, irritability, depression
report psychotic behavior - potential
encourage patient and family to verbalize feelings and concerns
Other Important Nursing Considerations for Management of Cushing Syndrome
Addisonian Crisis or shock can occur from sudden corticosteroid withdrawal
Monitor blood glc, HTN, hyperglycemia, weight gain
Teach self monitoring BP, BG, Weight
medic alert bracelet (for dentists)
keep adequate supply of corticosteroid medication (avoid running out)
goal forming
patient and family education
Goals for Cushing Syndrome
decreased risk of injury
decreased risk of infection
increased ability to carry out self care activities
improved skin integrity
improved body image
improved mental function
absence of complications
Corticosteroid Therapy
suppresses inflammation and autoimmune response, control allergic reactions, and reduce transplant rejection
big for adrenal insufficiencies and inflammation
Patient Education for Corticosteroid Therapy
Timing of doses
Need to take as prescribed, tapering required to discontinue or reduce therapy
Potential SE and measures to reduce SE
What are the various Corticosteroid Use SE and why are they important to teach about
Cardiovascular, HTN, Fluid retention, hypokalemia, embolism,. atherosclerosis
immune effects, increased infection risk, masked infection signs
ophthalmologic changes, glaucoma, corneal lesions
muscle issues - wasting, poor healing, osteoporosis
Metabolic effects - increased insulin resistance, steroid withdrawal
Appearance changes
They are important because we need to be able to educate and do collaborative intervention against these things
___ disease occurs when the adrenal cortex function is inadequate to meet the patients needs for cortical hormones
Addison
Over secretion of the anterior pituitary gland most commonly involves ACTH or GH and results in ___ syndrome or acromegaly
Cushing