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79 Cards in this Set

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Non-ICU CAP Treatment
Standard Empiric:
1. Ceftriaxone 1g IVPB STAT then qd
2. Azithromycin 500mg IVPB STAT then qd

Alternative Empiric (failed outpatient Rx, suspected resistant orgs, beta-lactam allergy):
1. levofloxacin 750mg qd x 5 days
Complicated Female UTI
1. ampicillin 1-2g IV q6hrs x 7-14d + gentamicin 3-5 mg/kg/day x 7-14d

2. Ceftriaxone 1g IV qd x 7-14d

3. Zosyn 3.375 g IV q6-8hrs x 7-14d
Short Acting Insulin
1. human insulin (novolin/humulin)

2. Aspart (Novolog)

3. Lispro (Humalog)
Long-Acting Insulin
1. NPH

2. Detemir (Levemir)

3. Glargine (Lantus)
Sulfonylureas
1. Glyburide

2. Glipizide

3. Gliclazide

4. Glimepiride
Incretin Mimetic (GLP-1 Receptor Agonist)
Exenatide (Byetta)
Metformin
aka Glucophage
Beta Blockade in CAD
Titrate to resting HR 55-60 and approximately 75% of the HR that produces angina with exertion
VTE Prophylaxis
Standard:
1. Enoxaparin 40mg SC daily

BMI > 30 or high VTE risk:
1. Enoxaparin 40mg SC bid

GFR < 30
1. Enoxaparin 30mg SC qd

*Caution if GFR < 15
Stress Ulcer Prophylaxis
Mechanical ventilation, home PPI/H2 blocker Rx, coagulopathy + 1 risk factor, or at least 3 risk factors

1. Pantoprazole 40 mg PO/IV qd

or

2. Famotidine 20 mg PO/IV bid
Stress Ulcer Risk Factors
1. Sepsis / Shock
2. Hepatic / Renal Failure
3. Significant Trauma
4. Post-OP Transplant
5. High-Dose Steroids
6. Extensive Burns
Diets
1. Regular

2. Carb Controlled

3. Low Fat

4. 2 gram Na

5. Mechanical Soft

6. Clear Liquid
Adult Vaccinations
1. Pneumococcal - age > 65 x 1

2. Influenza (Oct-Feb)
- contraindicatd if egg allergy

3. Pertussis
Antiemetics
1. Metoclopramide (Reglan)

2. Prochlorperazine (Compazine)
Constipation
1. Docusate Sodium (100 mg PO bid)

2. Milk of Magnesia (30 ml PO bid PRN)
Sleep Hygeine
1. Go to bed only when tired
2. Bed/bedroom only for sleep/sex
3. Fixed wake-up/bedtimes (regardless of amt of sleep)
4. Avoid naps
5. Get out of bed if unable to sleep w/in 15-20 min
6. No ETOH after 4pm
7. Fixed meal times
Hypnotics
1. Benzos = temazepam (15 mg PO qhs)

2. Nonbenzos = zolpidem, zaleplon, eszopiclone

3. Melatonin receptor agonist (ramelteon)
Portosystemic Anastomoses
1. Left gastric -- > esophageal

2. Paraumbilical -- > superficial / inferior epigastric (caput)

3. Superior rectal -- > middle / inferior rectal (internal hemorrhoids)
Diverticulosis
- painless hematochezia

- 2/2 low fiber diet
Diverticulitis
- fever, leukocytosis, LLQ pain

- BRBPR

- colovesicular fistula -- > pneumaturia
Aminotransferases
- ALT > AST in viral hepatitis
- AST > ALT in alcoholic hepatitis
- AST elevation in MI
Hepatocellular Carcinoma
- Hep B/C, Wilson's, hemochromatosis, alpha-1 AT, alcoholic cirrhosis

- polycythemia
- hypoglycemia

- alpha fetoprotein
- hematogenous spread
Cholelithiasis
- Female, fat, forty
- Crohn, CF, rapid wt loss
- Charcot triad = jaundice, fever, RUQ pain
- cholesterol stones = radiolucent
- pigment stones = radiopaque
PT
Extrinsic (I, II, V, VII, X)
PTT
All factors except VII, XIII (intrinsic)
Causes of Acute Pancreatitis
1. Choledocholithiasis (esp < 5mm)
2. ETOH
3. Drugs
4. ERCP
5. Hyperlipidemia (esp TG > 1000)
6. Hypercalcemia
7. Infection
8. Autoimmune
9. CF
Acute Pancreatitis Eval
1. Hydration status (sequestration) - HR, orthostatics, high HCT, BUN)
2. Abd pain radiating to back; guarding, rebound, distention
2. Jaundice
3. Bowel Sounds (Ileus)
4. Flank / umbilical ecchymosis (Grey-Turner / Cullen)
5. CRP indicative of severity
Ascending Cholangitis
- Gallstones + fever, chills, and/or rigors
Amylase
- High sens / low spec

- Elevated w/ intestinal ischemia, chronic renal insuff, perforated peptic ulcer, and disorders of salivary glands, fallopian tubes
Lipase
- More sensitive than amylase in acute alcoholic pancreatitis or late presentation (prolonged elevation)

- Elevated in chronic renal insuff, head trauma / intracranial mass, heparin therapy (LPL activation), critical illness
Peritoneal Signs
- Rebound tenderness
- Guarding
- Involuntary rigidity
Phlegmon
Walled off inflammatory mass without bacterial infection that may be palpable on physical examination
Diverticulitis Organisms
- Bacteroides
- Peptostreptococcus
- Clostridium
- Fusobacterium

- E. coli
- Strep
Complicated Diverticulitis
- Abscess or phlegmon
- Fistula
- Stricture
- Bowel obstruction
- Peritonitis
Diverticulitis Presentation
- Fever, leukocytosis, LLQ pain
- Constipation
- Perirectal fullness
- Trace + guaiac
Diverticulitis Mortality
Stage 1-2: < 5% (abscess)
Stage 3 = 13% (perforated -- > purulent peritonitis)
Stage 4 = 43% (free rupture of uninflamed diverticulum)
Diverticulitis Diagnosis
CT (95/100% sens/spec)
- Diverticula
- Inflammation of pericolic fat / adjacent tissues
- Wall thickness > 4mm
- Peridiverticular abscess
Outpatient Diverticulitis Treatment
Outpatient
- Cipro + metronidazole x 7-10d
- TMP-SMX + metronidazole
- Amoxicillin-clavulanate
Inpatient Diverticulitis Treatment
- Unable to tolerate PO
- Requiring narcotic analgesia
- Complicated diverticulitis

- Make NPO
- NGT if obstruction / ileus
- Flagyl + cipro/ceftriaxone
Psoas Sign
Passively extend thigh while lying on side with knees extended

- Appendicitis in retrocecal orientation
Depression Screen
1. Sleep
2. Interest
3. Guilt
4. Energy
5. Concentration
6. Appetite
7. Psychomotor
8. Suicide
Causes of Hypernatremia
Sustained hyperNa only occurs when thirst or access to water is impaired

1. Net Water Loss
- Pure water loss (DI, unreplaced insensible losses)
- Hypotonic fluid loss (vomiting / diarrhea, NGT, osmotic diuresis, diuretics, burns)
2. Hypertonic Sodium Gain (bicarb, primary hyperaldosteronism, Cushing's, hypertonic feeding preparation)
Signs / Symptoms of Hypernatremia (Adults)
- Elderly often w/ few symptoms until Na > 160
- s/s of dehydration (tachycardia, decr turgor, dry MMs)
- Thirst (dissipates as hyperNa progresses)
- ALOC (correlates to severity)
- Muscle weakness
- Convulsions, coma
- Orthostasis, tachycardia 2/2 hypovolemia
- Brain shrinkage -- > vascular rupture (large acute changes)
Hypernatremia Management
1. Treat Underlying Cause
- Stop GI losses
- Control pyrexia
- Normalize glucose
- d/c diuretics, lactulose, Li
- Treat hyperCa, hypoK

2. Correction of HyperNa
- Rapid correction (1 mmol/L per hour) if developed over period of hours
- Slow correction (0.5 mmol/L per hour) w/ goal decrease in serum Na of 10 mmol/L per day --- > 145 mmol/L
- Pure water, D5W, one-quarter normal saline, half normal saline (decr infusion rate req'd for lower tonicity of fluid)

3. Anticonvulsant Rx, airway management if seizures
Change in Serum Na
Effect of 1L infusate on serum Na:

[Infusate Na - Serum Na] / TBW + 1

Effect of 1L infusate containing Na and K:

[(Infusate Na + infusate K) - serum Na] / TBW + 1

**divide goal change in Na by calculated change in Na for 1 L solution to obtain total # L solution req'd
Infusates
D5W = 40% ECF distribution

1/4 NS (34 mmol/L), 55% ECF distribution

1/2 NS (77 mmol/L), 73%

Ringer's Lactate (130 mmol/L), 97%

NS (154 mmol/L), 100%
TBW
TBW = ECF (40%) + ICF (60%)

Nonelderly men = 0.6 x body wt
Nonelderly women = 0.5 x body wt

Elderly men = 0.5
Elderly women = 0.45
D5W
ECF distribution = 40%
Normal Saline
- 0.9% = 154 mmol/L
- 100% ECF distribution
Half Normal Saline
- 77 mmol/L
- 73% ECF distribution
Ringer's Lactate
- 130 mmol/L Na
- 97% ECF distribution
UC CRC Surveillance
After 8 yrs if pancolitis, 15 yrs for L sided colitis. Repeat q1-2 yrs
Wells Score for PE
1. Clinical s/s of DVT (minimum leg swelling + pain with palpation)
2. Alternative dx less likely than PE
3. HR > 100
4. Immobilization or surgery w/in previous 4 wks
5. Previous DVT/PE
6. Hemoptysis
7. Malignancy
Iron Deficiency s/s
- Anemia
- Angular cheilosis
- Atrophic glossitis
- Pica
- Koilonychia
- Plummer-Vinson (Fe deficient anemia, esophageal web, atrophic glossitis)
Non Gap Acidosis
1. RTA
2. GI Losses
3. Ureteral fistula
4. Pancreatic fistula
5. Acetazolamide
AFFIRM Trial
Rate control = rhythm control in a-fib
Goal Hgb in CAD
> 9-10
CHADS-2
CHF, HTN, A, DM, Stroke

0 -- > ASA only
1 -- > ASA / coumadin / dabigatran
2+ -- > warfarin / dabigatran
Pulmonary Edema 2/2 CHF
1. Lasix
2. Morphine (venodilation)
3. Nitrates
4. Oxygen
5. Position / PPV
Metformin
d/c for Cr > 1.5 in men (1.4 in women) -- > risk of lactic acidosis with IV contrast
SubQ Heparin
- DVT ppx in renal failure
- tid dosing
- Incr risk of HIT
Iron Deficiency DDx
- Chronic bleeding (GI, menstrual)
- Malnutrition
- Malabsorption (Celiac, Crohn's, incr gastric pH, subtotal gastrectomy)
- Increased demand (pregnancy, EPO)
Inpatient DM Management
- Sliding scale insulin + Lantus

- d/c metformin - serious acute illness predisposes to lactic acidosis
- Normal serum Cr at d/c prior to restarting metformin
AMS DDx
- Hypoxia
- Infection / sepsis
- Hypercarbia
- Brain injury
- Drug intoxication / withdrawal
- Uremia
- Endocrine / metabolic
- Acid/base imbalance
- DTs
- Delirium
- Pain, fever
- Dementia
Warfarin Interactions
- Broccoli, fresh melon, spinach
- Amiodarone
- Antibiotics (esp consider in patients treated for UTI)
- NSAIDs
IV Nutrition
D5W = 200 calories per liter
VBG -- > ABG
pH increases 0.03 - 0.05

PCO2 decreases 3-5 mmHg
Causes of Hypercalcemia
- CHIMPANZEES
1. Calcium (supplements)
2. Hyperparathyroidism
3. Infection (esp granulomatous - cocci, TB, histo)
4. Mets, Milk of Ca
5. Paget's Disease, TPN
6. Addison's Disease
7. Neoplasm
8. Zollinger-Ellison
9. Endocrine (thyrotoxicosis, pheo)
10. Excess Vit D
11. Sarcoidosis
Treatment of Hypercalcemia
1. NS (4-6 L) to prevent renal failure
2. Bisphophonates
3. Calcitonin (rapid tachyphylaxis)
4. Lasix if volume overloaded
5. Steroids (? utility in malignancy, granulomatous disease, Vit D intoxication)
C. Diff Toxin
- May persist up to 1 yr post-infection
ESR > 100
- Paraproteinemia
- Infective endocarditis
- Giant cell arteritis
- Osteomyelitis
- Subacute thyroiditis
Hypercalcemic Crisis
- Ca > 13-15
- Polyuria
- Dehydration
- Mental status changes
Neupogen
- aka filgrastim
- G-CSF analog
- Treatment of neutropenia s/p chemo
Tertiary Hyperparathyroidism
Renal failure -- > wasting -- > parathyroid hyperplasia -- > s/p renal transplant
Common bone mets
1. Lung
2. Thyroid
3. Prostate
Linezolid
- G+ including MRSA, VRE
- MAO inhibition
Tumor Lysis Syndrome Labs
1. Uric acid
2. Phos
3. Calcium
4. Creatinine (urate nephropathy)
Tumor Lysis Syndrome Treatment
- Allopurinol
- IVF +/- diuretics
- Rasburicase (recombinant urate oxidase)
- Alkalinization of urine (bicarb) to increase urate solubility (may cause metabolic alkalosis or CaPO4 precipitation)
- Consider HD if uric acid or phos > 10
- HD if uric acid or phos > 10
GI Cocktail
1. 30cc Maalox
2. 10cc viscous lidocaine