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104 Cards in this Set
- Front
- Back
Sodium |
135-145 |
|
Potassium |
3.5 - 5 |
|
Calcium |
8.5 - 10.5 |
|
Magnesium |
1.3 - 2.1 |
|
Chloride |
95 - 105 |
|
Phosphate |
1.7 - 2.6 |
|
Urine specific gravity |
1.005-1.030 |
|
Hematocrit |
Male 42-52 Female 37-48 |
|
Bun |
7-20 |
|
The __________ process may be the most significant cause of generalized pain |
inflammitory |
|
Gate controll theory |
"Gate" opens and closes depending on what substances are competing to get in. If the gate is open, the signals are allowed to travel through up to the brain. If the gate is closed those signals are not transmitted. |
|
Nociceptive pain |
Most common When nociceptors are stimulated Includes both visceral and somatic pain |
|
Visceral pain |
Arises from organs |
|
Somatic pain |
From skin, muscles, bones, and joints |
|
Referred pain |
Pain that originates from one area but hurts in another (heart attack) |
|
Radiating pain |
Pain is from one source but extends to an area next to it (GERD) |
|
Neuropathic pain |
Results from nerve injury and continues once the stimulus is gone |
|
Phantom pain |
Brain is still receiving signals from the lost limb Resides once brain adapts- plasticity |
|
Physchogenic pain |
Pain that is not felt because of an injury (anxiety, mental health, behavior) |
|
_____ and ______ may decrease with chronic pain |
BP and HR |
|
Three things that increase with acute pain |
HR RR BP |
|
7 nursing diagnosis for cognitive and sensory deficits |
Acute confusion Chronic confusion Disturbed thought process Impaired verbal comminucation Impaired memory Risk for falls Social isolation |
|
Osmosis |
movement of water across a cell membrane |
|
Osmotic pressure |
Force created when two solutions of different concentrations are seperated by a selectivly permiable membrane |
|
Filtration |
Fluids and solutes move from an aera of high pressure to low pressure |
|
Hydrostatic pressure |
The force of fluid pressing against the blood vessil |
|
Pressure on the venus end is |
low |
|
Pressure on the arterial end is |
high |
|
Renin is from the |
kidneys |
|
ACE is from the |
lungs |
|
Aldosterone is from the |
adrenal cortex |
|
ADH is from the |
pituitary gland |
|
Aldosterone is released in response to a _______ _________ _________, and stimulates the reabsorbtion of _______ and ________ |
Low blood pressure Water Sodium |
|
Increases volume but does not effect osmolarity |
Aldosterone |
|
Increases fluid volume and decreases osmolarity |
ADH |
|
ADH leads to reabsorbtion of __________ only |
Water |
|
ANP is secreted in response to an _____________ in ______ __________ from the __________. |
decrease blood pressure atrium |
|
ANP inhibits secretion of ________ , _______ and and inhibits reabsorbtion of __________ _________. |
Renin ADH Sodium Chloride |
|
Active transport is the transport of a _________ from an area of _______ to ________ concentration |
solute low high |
|
Pituitary gland secretes |
ADH |
|
Fluid volume deficit occurs with |
excessive loss or inadequate I&O |
|
Isotonic FVD or __________ occurs when... |
Hypovolemia Water and sodium are lost at the same rate |
|
Hypertonic FVD or _________ occurs when.. |
Dehydration Water is lost in excess of sodium |
|
______ loss of TBW is life threatening and usually fatal |
15% |
|
Edema is abnormal accumulation of fluid in the ____________ spaces |
interstitsal |
|
Equal increase in fluid and sodium retention |
Isotonic fluid volume excess |
|
Increase in circulating volume while serum osmolarity remains unchanged |
Isotonic FVE |
|
Water is ingested at a greater rate than sodium |
Hypotonic Fluid Volume Excess |
|
Increase in circulating volume and serum osmolarity decreases |
Hypotonic FVE |
|
________ ______ causes cellular swelling which leads to pulmonary congestion and cerebral edema |
Hypotonic FVE |
|
Simultaneous FVE and FVD |
Deficit in the vascular system ( hypotension, weak and thready pulse, tachycardia) but an excess in the intersitial space ( weight gain,edema, pulmonary congestion) |
|
Treatment for Simultaneous FVE and FVD f |
Replacing plasma protiens then fluid replacement |
|
Hypovolemic hyponatremia |
Loss of sodium is greater than the loss of water (both are lost) |
|
Hypervolemic hyponatremia also known as _________ _________ and happens when |
dilutional hyponatremia water intake exceeds sodium intake |
|
Greater loss of water compared to sodium or greater intake of sodium |
Hypernatremia |
|
Rapid onset of hypernatremia causes |
Severe vomiting Hypertonic IV fluids Excessive sweating |
|
Slow onset of hypernatremia causes |
CHF Renal failure Increased sodium intake |
|
Damaged cells release |
Potassium |
|
________ are more susceptible to fluid volume deficit |
infants |
|
Elderly are more prone to |
hypokalemia |
|
Hyperparathyroidism leads to ________ calcium released from bones |
increased |
|
Magnesium ________ muscles |
relaxes |
|
Hyperglycemia stimulates the ______ to release _______ which transports ______ along with _______ into the cell |
Pancreas insulin phosphate glucose |
|
If GFR decreases the kidneys ability to excrete __________ |
diminishes |
|
In severe dehydration body temperature ________ |
increases |
|
In isotonic FVD the body temp |
decreases |
|
__________ may be the first indicator of a FVD |
Tahcycardia |
|
1 kg (2.2 lbs) is equal to ___ ___ of fluid |
1 L |
|
Skin tenting can be assessed on the |
forehead anterior chest medial forarm hand |
|
Shining in the legs may be a sign of |
overhydration |
|
Chvosteks sign and Trosseaus sign are associated with |
Hyopcalcemia |
|
Hypotonic IV solutions |
0.33% NS 0.45% NS |
|
Isotonic IV solutions |
D5W 0.9% NS D5 0.2% NS Lactated Ringer |
|
Hypertonic IV solutions |
D5 0.45% NS D% 0.9% NS D5 LR 3% NS |
|
Sodium imbalances effect |
Mental ability |
|
Potassium imbalances effect the |
Heart |
|
Calcium imbalances effect |
Blood clotting Musculoskeletal (bones and twitching) |
|
Positively charges |
Potssium Sodium Calacium |
|
Negativly charges |
Chloride Phosphate |
|
Preaclamsia has to do with which electrolyte |
Magnesium |
|
Increased magnesium = __________ muscles |
Relaxed |
|
Decreased magnesium = __________ muscles |
Nonrelaxed |
|
Crystaloids dissolve ________ |
easily |
|
Colloids dissovle __________ |
not easily |
|
Renal failure patients must get |
phoshorus |
|
High potassium = _____ pulse |
low |
|
Low potassium = _____ pulse |
high |
|
______ calcium = _______ phosphate (lab values) |
High low |
|
SIADH is _______ ADH |
excess |
|
Diabetes insipidus is ______ ADH |
low |
|
Angiotensionogen is from the |
liver |
|
Hypernatremia is from |
Diabetes insipidus |
|
Sodium levels drop with |
SIADH |
|
Hyponatremia occurs with |
SIADH |
|
Closest thing you can give to blood |
Lactated Ringers |
|
Used to get water out of tissues |
Hypotonic IV solutiuons |
|
Used to pull fluid from tissues into vessils |
Hypertonic IV solutiuons |
|
Acute pain |
less than 6 months |
|
Chronic pain |
over 6 months |
|
Two types of tactile receptors |
warm and cold |
|
most important electrolyte |
potassium |
|
Delerium is _______ |
reversible |
|
Dementia is __________ |
Perminant |
|
Sundowning is a s/s of |
Alzheimers |