WEEK 1 Flashcards

1
Q

when coming into patient room

A

identify yourself, ask 2 patient identifiers to make sure its the right person, ask them consent to be interviewed

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2
Q

history of present illness

A

Most important aspect of patient’s subjective data

80% of cases- diagnosis can be established by patient history alone

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3
Q

close ended questions

A

yes or no. more constrained. avoid.

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4
Q

open ended questions

A

what are you experiencing? what have you tried so far?

better

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5
Q

review of systems

A

describe possible symptoms they may have experienced, “head to toe”.

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6
Q

ICE

A

ideas, concerns, expectations
ask patient to describe these to you
I- what do you think is wrong with you?
C- what made you approach us today? whats on your mind? what concerns you about this symptoms
E- what do you expect to achieve after todays encounter?

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7
Q

avoid asking why questions

A

it can be interpreted as somewhat aggressive.

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8
Q

symptom analysis
acronym 1
PQRSTA

A

P- provocation, palliation
Q- quality (dull pain, sharp pain)
R- region (where), radiation (does pain go somewhere else)
S- severity (on a scale of 1-10. when you experience chest pain does it affect your ability to exercise)
T- timing (how long does it last, when)
A- associated symptoms

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9
Q

SOCRATES

A
site
onset
character
radiation
associated symptoms
timing 
exacerbating and relieving factors
severity
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10
Q

DO NOT USE

U, u

A

mistaken for zero, 4, or cc

instead write out unit

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11
Q

DO NOT USE

IU

A

mistaken for IV or number 10

write out international unit

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12
Q

DO NOT USE

QD, qd, q.d

A

mistaken for each other

write daily

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13
Q

DO NOT USE

QOD, qod, q.o.d. (every other day)

A

write every other day

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14
Q

DO NOT USE
trailing zero***
lack of leading zero

A

decimal point is missed
write X mg
*** exception: trailing zero can be used for lab results, not med orders
write o.X mg

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15
Q

DO NOT USE

MS

A

Can mean morphine sulfate or magnesium sulfate

Write “morphine sulfate” and Write “magnesium sulfate”

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16
Q

DO NOT USE

MSO4 and MgSO4

A

Confused for one another

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17
Q

for sodium, the absolute value of sodium level is not the primary determinant of how severe the consequences of hypo/hyper natremia may be… it is the

A

rate of at which the patient develops the abnormal serum sodium that is a more sig determinant of how severe the consequences may be.

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18
Q

hyponatremia

A

sodium
increased water input
decreased water output

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19
Q

hypokalemia

A

Potassium

  • Decreased input
  • Increased output
20
Q

decreased BUN

A

Decreased production, e.g. low dietary protein, liver disease

21
Q

azotemia

A

elevated level of BUN

22
Q

uremia

A

elevated level of BUN + cooccurring signs and symptoms related to BUN elevation

23
Q

hypoglycemia

A

Increased insulin production

24
Q

hypocalcemia

A

low calcium levels

25
Q

Hypomagnesemia

A

Decreased input, e.g. PPIs

Increased output, e.g. GI loss, urinary loss

26
Q

Hypophosphatemia

A

low phosphate levels

27
Q

Hypoalbuminemia

A

low albumin levels

28
Q

typically total protein is comprised of

normal bilirubin direct and indirect:

A

60% albumin and 40% globulin

70% indirect, 30% direct

29
Q

if you have increases in indirect bilirubin, (before conjugation can occur)

A

associated with liver disease itself

30
Q

icterus

A

bilirubin has accumulated so much that a yellowing can occur in the skin, in the sclera of the eyes or other body systems

31
Q

kernicterus

A

serious in newborn babies. accumulation of bilirubin can cause brain damage

32
Q

increase ALT

A

Hepatic disease

Biliary disease

Bone turnover

Pregnancy

33
Q

increased GGT

A

heavily influenced by acute alcohol intake in last 3-4 weeks
Hepatic disease

Biliary disease

Pancreatic disease

34
Q

↑ ALT and AST (transaminitis)

A

Acute hepatocellular injury, alcoholic liver disease, acetaminophen, other medications

35
Q

↑ ALT sources (relative to AST)

A

liver

abdominal fat

36
Q

↑ AST sources (relative to ALT)

A

Liver, especially as related to alcohol

Muscle

37
Q

osmolality

equation

A

total serum level of molecules
(2 x sodium) + (glucose / 18) + (BUN / 2.8)
normal is 270-300

38
Q

anion gap

A

sodium – (chloride + bicarbonate)

normal anion gap is 12

39
Q

corrected sodium

A

measured sodium + [2 x (measured glucose – 100) / 100]

40
Q

corrected calcium

A

measured calcium + [0.8 x (4 – measured albumin)]

41
Q

patients with reduced level of albumin

A

will experience less binding of calcium

42
Q

BUN : creatinine ratio

A

> 20 means renal disfunction is caused by a prerenal mechanism.
most common cause of prerenal disfunction: dehydration or hypovalemia

43
Q

AST:ALT

A

> 2 means that elevation is caused by alcohol intake

44
Q

Basic Metabolic Panel (BMP)

A

Na, P, Cl, bicarbonate, BUN, creatinine, glucose

45
Q

Comprehensive metabolic panel (CMP)

A

(in addition to BMP tests)

Ca, albumin, total protein, total bilirubin, alp, alt, ast