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45 Cards in this Set
- Front
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Lab monitoring of renal function for ACEI for htn:
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Before start treatment, then 1wk after starting tx and at any subsequent dose increase.
4-10d after start tx or incr dose IF patients at high risk of hyperkalemia or deteriorating renal fxn: PVD, Diabetes, existing renal impairment, or increasing age |
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Lab monitoring of electrolytes and renal fxn for Thiazide:
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Within 4-6wk of starting tx
Thereafter q6-12mo Whenever clinical condition changes or potentially interacting drug added |
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HTN Lifestyle (listed in order)
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Weight reduction to normal BMI
DASH: fruit/veggie/low fat dairy Sodium restriction to <2.4g NA or 6g NaCl. Aerobic 30min/day most days Moderate alcohol (1drink=12oz beer, 5oz wine, 1.5oz 80-proof) |
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Pain during MI: persists thru NG dose
May see painless in diabetes and elderly! |
May be severe
Deep and visceral Heavy, squeezing, crushing (may be stabbing or burning) Similar to anginal pain but more severe and lasts longer Centrl portion of chest and epigastrium Occasionally radiates to arms (abd, back, lower jaw, neck less common) If started during period of exertion does not usually subside upon cessation |
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MI sxs other than characteristic pains
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Anxiety/restlessness
Pallor Diaphoresis Cool extremities Tachycardia/htn (25% of pt's w/ anterior MI) Bradycardia/hypotn (50% of pt's w/ posterior MI) |
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Interpret lab tests and ECG changes in acute MI
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ECG: ST change
Lab: CK, troponin (take a while to become positive) |
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Recommend drugs to start in pt w/ acute MI unless contraindicated
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Thrombolytic (6hr)/PCI (90min)
Antiplatelet: GP2b/3a inhibitor (effient) only if PTCA. ASA 160-320. Clopidogrel added particularly in those w/ PCI. UFH/LMWH if: anterior wall mi with high embolic risk, undergoing surgical/percutaneous revasc, thrombolytic administered BB (not if hypotension, bradycardia, heart block, cardiogenic shock or bronchospastic disease) ACEI w/in 24h after BP stabilized Nitrates at beginning Statin indefinitely |
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3 drugs after acute MI that should be prescribed when discharged unless CI'd
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BB, low dose ASA, ACEI, Statin
Indefinite!!! |
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Screening for HTN
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q2yr if normal BP
q1yr if prehypertensive |
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Compelling indications for thiazide
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HF, high CVD risk, diabetes, prevention of recurrent stroke
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Compelling indications for BB
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HF, High CVD risk, diabetes, post MI
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Compelling indications for ACEIs
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HF, post MI, high CVD risk, diabetes, CKD, stroke prevention!! All!!
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Compelling indications for CCBs:
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High CVD risk, diabetes
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HF
Post MI: High CVD risk: Diabetes: CKD: Recurrent stroke: |
thiazide, bb, acei
bb, acei thiazide, bb, acei, ccb thiazide, bb, acei, ccb acei thiazide, acei |
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NYHA CLASSIFICATION: based on symptoms!!! 1-4
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No limitations
limitation with high physical activ limitation with mild exertion limitations at rest! |
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ACC/AHA STAGES: adds in structural disease!! a-d
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A) RFs only: HTN, CAD, DM, cardiotoxic dr, rheumatic fvr
B) Structural disease w/o s/s (post MI, LV dysfxn, a-sxatic valvular di) C) Past/current HF sx ass'd w/ structural di (SOB, fatigue, reduced exercise tolerance) D) adv structural di; marked sx despite MAX therapy; recurrent hosp |
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Drugs that may precipitate/exacerbate CHF:
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TZD: Na/fl retention
NSAID: same Salicylate: same CCB (nonDHP only?) |
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Nonpharmacologic measures for pt with CHF:
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Na restriction <2.4g/d
Restrict st'd fats (red meat, high fat dairy) Incr physical activity: 30min/d 5+ days/wk wt loss Fl restriction <2L/d esp in hyponatremic pt's experiencing fl retention Reduce alcohol Stop smoking Reduce stress/anxiety |
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Initiate lisinopril and suggest a schedule for lab monitoring in a patient with CHF.
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Initial: 2.5-5mg QD, increasing by no more than 10mg increments at intervals no less than 2wks to max of 40mg as tolerated.
Monitor w/in 7-10days after start: K+, BUN, SCr BP, renal fxn WBC |
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Target CHF dose of Enalapril
Lisinopril |
ENALAPRIL is BID
Enal target 10-20 BID Lisin target 20-40 QD |
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Role of diuretics in CHF:
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restore/maintain volume status in those evident of fl overload (orthopnea, edema, SOB OR JVD, periferal edema, pulsatile hepatomeg, rales)--usually loops with option of further adding chlorothiazides or metolazone temporarily (QOD, weekly)
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ID pt with CHF that would be candidate for BB
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LVEF<40%
Prior MI, HTN, Afib if preserved LVEF NOT If active bronchospasm AFTER optimization of volume status and DC of iv diuretics and vasoactive agents including inotropes Continue UNLESS shock, refrac vol overload, or sxatic bradycardia |
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Initiate therapy and recognize target doses for pt with CHF treated w/ coreg
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Start at 3.125mg BID after other HF meds stabilized
Target: 25mg BID (50 BID if >85kg) Dbl dose q2-4wks to highest tolerated |
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Define role of digoxin in CHF
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Also have Afib: controls ventricular response rate
Sx reduction and effects on clinical outcomes in mild to severe HF w/ reduced systolic fxn Used with diuretics, ACEIs and BBs in sxatic HF to reduce hospitalizations! |
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Appropriate starting dose of digoxin in geriatric pt
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If >70, has impaired renal fxn, or has low BMI: 0.125mg QD
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ID pts with HF that may be candidates for use of spironolactone and recommend starting dose
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NYHA Class IV or III from reduced LVEF<35% while receiving std therapy incl diuretics
Consider in pts following acute MI, w/ clinical s/s or hx of DM and LVEF <40% NOT pt w/ cr>2.5 or crcl<30 or K+>5 or w/ other k-sparings Starting dose: 12.5-25mgQD |
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Diagnostic characteristics of HF w/ normal EF (myocardial relaxation and filling impaired and incomplete; V unable to accept adequate vol of blood...EF 50%+)
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Sxs consistent w/ effort intolerance and dyspnea, esp in presence of venous congestion and edema. Modest: dyspnea/fatigue only when stressed or activity
Ventricular chamber not enlarged Reduced exercise tolerance when have elevated LV diastolic pressures. Elevated BNP, S4 gallop, rales, exaggerated BP and HR rise after exercise DIAGNOSTICS: 2D echo will show EF, CO, and LVH and/or remodeling...Doppler echo will show elevated pulm venous pressures...Chest radiography will show pulm congestion...EKG may reflect LVH. |
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Recommend agents to manage HF w/ normal EF
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1) Diuretics titrated if vol overload.
Want BP <130/80 2) BB if HR >70 3) ACEI/ARB 4) CCB Aldosterone antagonists Nitrates Digoxin: limited role if normal rhythm |
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RFs for T2DM
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Over 45yo
BMI 25+ (overweight) FH (parent/sibling) Habitual physical activity AA, Hispanic-American, Native American, Asian-American, Pacific Islander Previous IFG or IGT Hx of GDM/baby >9lb HTN>140/90 HDL<35 and/or TG>250 PCOS Hx of vascular disease |
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Criteria for diagnosis of DM
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A1C>6.5%
FPG>126mg/dL (8h+ of no calories) 2h glc>200 during OGTT (75g glc) If sx: random glc>200 |
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Goal levels of LDL in patient with diabetes. Also HDL, TGs
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LDL: <100mg/dl
HDL: >40 TG: <150 |
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Therapeutic plan to meet lipid goals must be devised
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Titrate statin. If TG>1000, consider gemfibrozil.
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ID Diabetic patients that would benefit from ASA as primary of secondary prevention strategy based on their RFs. (75-162mg/d)
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Primary: Type 1 or 2 and increased CV risk (10-yr >10%). This includes most men >50 and most women >60 who have at least 1 RF (FH, HTN, smoking, dyslipidemia, albuminuria). If <50/60 and no mj RF don't tx...multiple RFs needs clinical judgement.
Secondary: diabetes w/ hx of CVD (Plavix if asa allergy) Combo ASA/Plavix reasonable up to yr after acute coronary syndrome. |
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Therapeutic goals for glc and A1C in patient receiving diabetes tx:
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A1c <7% (individualized)
Preprandial: 70-130mg/dL Peak postprandial: <180mg/dL |
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Sx experienced in Afib:
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Palpitations, irregular HB, SOB, chest discomfort, dizzy, weak, anxiety
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Prioritize goals of tx in Afib patient
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Control ventricular response rate to get resting HR<80 (<90-100, exercise)-->rhythm control if achievable-->prevent clots
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Select appropriate agent for pharmacologic HR control in patient with Afib
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Chronic rate ctrl: metoprolol 50-100mg BID, diltiazem/verapamil, digoxin 0.125-0.25mcg QD if low activity level--slow acting too.
Avoid CCB in HF Avoid BB if hypotensive, heart block, severe bradycardia. |
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RFs for development of DVT
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Venous stasis (mj surgery w/ anesthesia>30min, immobilization, paralysis, obesity, hospitalization due to stroke/MI/HF, varicose veins, age >65
Endothelial injury: surgery, trauma, central venous access catheters, pacemaker wires, previous thromboembolic event Hypercoagulable state: malignant disease, estrogen, pregnancy Hematologic disorders incl polycythemia, leukocytosis, thrombocytosis, inflammatory bowel disease, DVT/leg clot, others |
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Non-pharmacologic measures to prevent DVT
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Ambulation
Leg elevation (heels above heart to increase venous return) Elastic compression stockings (these all decrease venous stasis) |
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Management plan for patient diagnosed with DVT incl initial doses of UFH, enoxaparin, warfarin
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mOBRI (up to 4 points for bleed risk):
Age 65+ Hx of stroke GI bleed past 2wk Recent MI, Hct<30%, SCr>1.5, OR Diabetes Heparin 80U/kg IV bolus then 18U/kg/hr infusion Heparin 333U/kg SQ then 250U/kg BID if unmonitored. If monitored, 17,500U or 250/kg BID adjusted to maintain hep level 0.3-0.7U/ml Enox (if can do outpatient and low risk of bleed): 1mg/kg SQ q12h oR 1.5mg/kg q24h. Stay on one of these at least 5d, until INR >2 for 2+ days. |
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Monitoring of UFH, LMWH, warfarin
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Day 1: Baseline PT/INR< SCr, CBC w/ platelets (for UFH/HIT). aPTT at baseline and 6h after start or adjust dose: Heparin
Day 2: Evaluate PE (SOB, chest pain, cough), clot extension, &/or bleeding Day 3: INR, same things as Day 2 Day 4: same Day 5: same + CBC/platelets |
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Weird things that can be s/s of hemorrhagic complications
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Loose/runny stools
Fever/illness that worsens Pain/swelling Headache |
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Appropriate duration of anticoag in patient who had DVT
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Proximal, provoked by surgery: 3mo
1st event, reversible RF: 3mo Isolated distal: 3mo 1st/2nd unprovoked: AT LEAST 3mo/extended Upper extremity DVT: 3mo Continuing RFs (CA, FVL, ATIII, protein C or S): 6mo/indefinite APS: Indefinite! |
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Manage warfarin outside of range; monitor
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Monitor: twice wkly @ initiation until 2 therapeutic INRs; wkly x1mo; monthly once stable. If change wkly dose/give bolus/hold dose, INR drawn in 1wk/possibly 2wk. See algorithm for remaining answer.
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Meds on Beers list that are highly anticholinergic or may be used in management of CV conditions or diabetes
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1st gen AH
Antiarrhythmics, digoxin >0.125 Insulin, sulfonylureas glyburide and chlorpropamide |