Chat with us, powered by LiveChat IUPUI Smoking Major Fire Hazard Discussion - STUDENT SOLUTION USA

  • No smoking-major fire hazard
  • The cord is a tripping hazard, elderly should be taught to manage this

Focused Review
**Do not change the formatting on this form**
List the Proctored Exam Name Here
Score on the Exam
Total Number of Topics Missed
Example:
Topic
Airway Management
3 Learning Points – Number your list in each box
1. No smoking-major fire hazard
2. The cord is a tripping hazard, elderly should be taught to manage this
3. Monitor oxygen saturation with a home oximeter
1.
Section Subcategory &
Topic
FVD
2.
Immunity
3.
ICP
4.
Resolution of spinal shock
5.
A-B part comp
metabolic
acidosis
3 Learning Points – Number your list in each box
1. BNP is a measure for cardiac strain when there is a lot of fluid in the body.
2. Results of specific gravity greater than 1.010 may suggest moderate dehydration. The greater the
number, the more likely you are to be dehydrated.
3. Urine production of less than 30ml/hour is considered normal. Fluid deficiency is indicated by
concentrated urine.
1. recruitment and stimulation of innate effector cell activities
2. antigen presentation modulatio
3. adaptive immune response enhancement
1. Hypercapnia
2. Hypoxia
3. Excessive fluid intake
1.Occurs with injury above T6
2. Lasts 48 hours to weeks
3. Recovery when see movement
1.The kidney can help restore pH if respiratory compensation isn’t enough (for metabolic acidosis
anyway).
2.New HCO3- enters the body for every H+ discharged in the urine (after all of the filtered HCO3- has
been reabsorbed), and new H+ enters the body during ammonia generation.
3.Excess H+ is titrated by the additional HCO3-, which restores pH to 7.4 after 3 to 4 days.
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A-B partially
comp respiratory
acidosis
As the kidneys secrete H+ and create ammonia, renal compensation adds HCO3- to the plasma.
Autonomic
dysreflexia
cause/triggers
Fluid and
Electrolytes:
hyperkalemia
CM/etiology
Inflammation CM
GBS CM
1.
2.
3.
SCI and
neurogenic shock
CM
The new HCO3- buffers the pH, bringing it closer to normal. Some of the newly formed HCO3remains in the plasma, causing [HCO3-]p to rise.
Because HCO3- is added to the blood in the kidneys and the extra CO2 produced is blown off, arterial
PCO2 does not alter..
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