Exam 3 Flashcards
Pyelonephritis
Can be acute or chronic inflammation/infection of the renal pelvis
Acute Pyelonephritis s/s
chills
fever
leukocytosis
bacteriuria
pyuria
low back pain
flank pain
NV
HA
malaise
painful urination
Chronic Pyelonephritis s/s
Usually NO symptoms of infection unless an acute exacerbation occurs
Noticeable signs may include fatigue, HA, poor appetite, polyuria, excessive thirst and weght loss
When is chronic pyelonephritis diagnosed
often incidentally when being evaluated for HTN
What to look for on assessment for chronic pyelonephritis
poor urine concentrating ability
pyuria
azotemia
proteinuria
anemia
acidosis
Azotemia
nitrogenous waste in urine
When do we usually see s/s of pyelonephritis
usually only in acute exacerbations not so much chronic
How is the extent of chronic pyelonephritis checked
usually by IV urogram and lab work (lab work includes creatinine clearance, BUN,, and creatinine levels)
What is an important vital to check whenver a kidney issue is expected
Blood pressure - it is an important function of the kidneys
Common Nursing Dx for pyelnoephritis
1 PAIN
Infection
Alterations in voiding patterns
Knowledge deficits r/t lack of understanding of tests and procedures
Goals with Pyelonephritis
Pain reduction
Medication compliance
proper hygiene
Patient education on pyelonephritis is focused on ___.
prevention
Interventions for Pyelonephritis
Monitor VS, I&O, and Weight
Encourage fluids up to 3000 mL a day
Encourage adequate rest
Instruct on high calorie low protein diet
warm moist compresses to flank area
encourage warm baths (this one can cause infection though)
administer antibiotics analgesics antipyretics urinary antseptics and antiemetics as prescribed
monitor for signs of renal failure
education
How much fluid should be given a day to dilute urine in pyelonephritis
3-4 L / 3000mL-4000mL
What is an important sign of concerning I&O changes
increases or decreases in weight
Education topics for pyelonephritis
prevent further infection by adequate fluid consumption and regular bladder emptying, perineal hygiene and taking meds as prescribed
keep follow up appointments
Chronic Kidney Disease
Umbrella term to describe kidney damage or a decrease in the glomerular filtration rate for 3+ months
Untreated CKD can result in…
ESRD and a need for kidney transplant or dialysis
Risk Factors for CKD
Primary Cause: Diabetes
HTN
CV Disease
Obesity
What is different between Acute Kidney Injury and CKD
Acute Kidney injury is one time and reversible if you ID and treat promptly before it damages the function of the kidneys
CKD is 3+ months of this and the kidneys may progress to CRF
Stages of Chronic Renal Failure (CRF)
Stage 1: Slight Damage
- Mild Decrease in Fxn
- Moderate Decrease
- Severe Decrease
- ESRD
What is the double sided issues with the gerontologic risk factors for renal disease
while they increase CKD incidence they also mask th s/s of it and make it harder to diagnose
Why do diuretics need to be monitored carefully when given to elderly
We need to assess for dehydration that can further compromise renal function and contribute further to renal failure
Conservative Gerontological management of CKD includes
nutritional therapy
fluid control
phosphate binders
Why are blood transfusions administered during dialysis
so excess K+ can be removed
When is peritoneal dialysis appropriate
for patients who cannot tolerate hemodialysis or have severe HTN, HF, and pulmonary edema that does not respond to hemodialysis
may be tx of choice for those unwilling or unable to go to hemodialysis
Peritoneal Dialysis Procedure
sterile dialysate is introduced into the peritoneal cavity through an abdominal catheter at intervals
waste products move from an area of higher concentration (blood) to an area of lower concentration (dialysate) through a semi permeable membrane (peritoneum)
How much longer is peritoneal dialysis
pretty continuous - does what hemodialysis does in 6-8 hours over 36-48 hours
Types of Peritoneal Dialysis
Acute Intermittent Peritoneal Dialysis
Continuous Ambulatory Peritoneal Dialysis
Continuous Cyclic Peritoneal Dialysis
Acute Intermittent Peritoneal Dialysis
A nurse warms, spikes, and hangs each container of dialysate
Requires strict asepsis
If dialysate does not drain right, nurse will facilitate draining by turning patient from side to side or raising the head of the bed - NEVER push the catheter further into the peritoneal cavity
Common routine for acute intermittent peritoneal dialysis
hourly exchanges that involve 10 minute infusion, 30 minute dwell time and 20 minute drain time
Impotant assessments to be done with acute intermittent peritoneal dialysis
I&O
VS
Weight
Patient status
Skin turgor and mucous membranes to evaluate fluid status
presence of edema check
Continuous Ambulatory Dialysis (CAP)
2nd most common form
performed at home 4-5 times a day every day
Longer dwell time –> better results
managed by the patient or a trained caregiver
Continuous Cyclic Peritoneal Dialysis
uses a cycler machine and combines overnight intermitted PD with a prolonged dwell time during the day
lower infection rates since fewer bag changes and tubing disconnections occur
greater freedom to work
May need home visits by nurse or f/u calls or visits to outpatient settings to make sure dialysate is ok and BP is monitored carefully
Renal Calculi Cause what pain
RENAL COLIC - originating in lumbar region radiating around the side and down toward the testicle in mean and to the bladder in women
Ureteral Calculi cause what pain
UTERAL COLIC radiates toward the genitalia and thigh
s/s of Urinary Stone Disease
renal or ureteral colic
sharp severe sudden onset pain
dull aching kidneys
NV, pallor, diaphoresis during acute pain
urinary frequency with alternating retention
Signs of a UTI during Urinary Stone Disease
low grade fever
RBCs and WBCs and Bacteria in Urinalysis
Hematuria
Nursing Dx for Urinary Stone Disease
Pain - #1 until cause is eliminated
Risk for INfection
risk for inadequate renal function
Nutrition, risk for…
Patient specific dx
Nursing Goals with Urinary Stone Disease
relieve pain of renal colic
eradicate stone
determine stone type
prevent nephron destruction
control infection
relieve obstruction
Nursing interventions for Urinary Stone Disease
Monitor VS, I&O
Assess fever, chills, infection and Monitor for NVD
Force fluids to facilitate stone passage and prevent infection
Strain all urine and send stones for lab analysis
Provide warm baths and heat to flank area
Administer analgesics regularly to relieve pain and assess response to pain meds
Relaxation techniques to assist pain relief
Diet education based on stone composition
Maintain urinary pH depending on stone type
Turn and reposition
prep for surgeyr if needed
How many fluids sould be forced a day with urinary stones
3000 mL/ 3 L
What is the biggest concern with urinary stone disease regarding nursing dx
The pain
it can be so excruciating nothing seems to relieve it
If a patient has an Alkalytic Stone/Urine what diet should we discuss with them?
Acid Ash Diet
If a patient has an Acidic Stone/Urine what diet should we discuss with them?
Alkaline Ash Diet
Acid Ash Diet
Drops pH
Cranberries
Plums
Grapes
Prunes
tomatoes
Eggs
Cheese
Whole Grain
Meat and Poultry
Alkaline Ash Diet
Raises pH
Legumes
Milk and Milk Product
Green Vegis
rhubarb
Calcium Stones
formed from high levels of calcium so avoid high calcium foods
What is the confusing recommendation regarding calcium stones
new research says avoiding calcium can be bad due to low bone density and osteoporosis and may not really change stone results much so its best to have a little calcium in the diet rather than non
High Calcium Foods
Milk and other dairy products
beans
lentils
dried fruits
flour
chocolate
cocoa
canned and smoked fish (NOT TUNA)
High Oxalate Foods to avoid when you have an oxalate stone
asparagus
beets
celery
cabbage
nuts
tea
fruits
tomatoes
green beans
chocolate
beer
colar
dark green leafy vegis
High Purine Foods to avoid when you have a purine stone (uracid stone)
organ meets
sardines
herring
venison
goose
What can cause increases in calcium and uric acid and lead to stones that you should discuss with the patient about decreasing
high protein and sodium diets
Stones that are how big usually are easier to pass
6 mm or less
Why is forcing fluids not going to help with ureteral stones and higher
because there is not enoguh peristalsis occurring for it to pass
Nephrostomy
A tube is placed to dilateand allow the stone and urine to come through
Urinary Diversion
a surgical procedure that diverst urine from the bladder into an exit site
Reasons for Doing a Urinary Diversion
Bladder cancer or other pelvic malignancies
birth defects
strictures
neurogenic bladder
chronic infection/intractable cystitis
What is the last resort for incontinence
urinary diversion
What are the3 types of urinary diversion
Indiana Pouch
Kock Pouch
Ureterosigmoidostomy
Nephrotic Syndrome
glomerular disease characterized by proteinuria, hypoalbuminemia, diffuse edema, high serum cholesterol, hyperlipidemia
basically any condition that seriously damages the glomerular membrane and increases the permeability to plasma proteins
Etiology of Nephrotic Syndrome
any renal condition that damages glomerular capillary membrane
salt and water retention contribute to edema
thromboemboli are common
prognosis is poor (<50% experience complete remission adn at least 30% develop ESRF)
Assessment for Nephrotic Syndrome
severe generalized edema - results in edema which is usually dependent edema (hands, feet, and sacrum)
symptoms of renal failure
loss of appetite and fatigue
may also see ascites
Potential Causes for Nephrotic Syndrome
Glomerular Nephritis
Diabetes
Lupus
Multiple Myeloma
Renal Vein Thrombosis
Therapeutic Management for Nephrotic Syndrome
Non specific but therapeutic management for RF, edema, etc
Med management and diet therapy
What is unique about nephrotic syndrome compared to other renal issues
because of the increase plasma protein permeability with this specific sydrome you have to talk to them about INCREASING PROTEINS IN THE DIET
Nursing Dx for Nephrotic Syndrome
Fluid overload
Fatigue
Insufficent Ability to Perform Usual Roles
Planning and Interventions for Nephrotic Syndrome
control edema
high protein diet
administer drug therapy as prescribed
bedrest
monitor laboratory and diagnostic tests
observe for s/s of pulmonary edema
I/O and weight
fluid restriction
immune system depression increase risk of infection
Client Education Topics for Nephrotic Syndrome
efforts to maintain general health
avoid infection
nutritious diet
medications
knowledge of renal function
Potential Complications due to Nephrotic Syndrome
Infection - deficient immune response
Thromboembolism - in renal vein
Could cause acute renal failure (d/t hypovolemia associated with nephrotic syndrome)
Structures of the Renal System
Kidneys and Nephrons x2
Ureters x2
Bladder
Urethra
Male Prostate
Nephrons ____
filter
Are the left and right kidneys perfectly symmetrical?
No, the left kidney is higher than the right one because of the location of the liver
As a risk factor, childhood diseases can lead to what possible renal/urologic disorder
chronic kidney disease
As a risk factor, advanced age can lead to what possible renal/urologic disorder
incomplete bladder emptying, etc
As a risk factor, cystoscopy or catheterization can lead to what possible renal/urologic disorder
UTI or incontinence