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Case on ACS – Inferior wall Myocardial Infarction
By: Abhimanyu Parashar 5th Pharm.D
ACS
Myocardial infarction0 Myocardial infarction (MI) or acute myocardial
infarction (AMI), commonly known as a heart attack
0 Typical symptoms of acute myocardial infarction:1. Chest pain (typically radiating to the left arm or left side of the
neck) 2. shortness of breath3. Nausea4. Vomiting5. Palpitations6. Sweating7. Anxiety8. Fatigue
Classification0 There are two basic types of acute myocardial
infarction based on pathology:1. Transmural:0 Anterior0 Posterior0 Inferior0 lateral 0 Septal2. Subendocardial: 0 Involving a small area in the subendocardial wall of
the left ventricle, ventricular septum, or papillary muscles
0 A 2007 consensus document classifies myocardial infarction into five main types
1. Type 1 – Spontaneous myocardial infarction2. Type 2 – Myocardial infarction secondary to
ischemia3. Type 3 – Sudden unexpected cardiac death,
including cardiac arrest4. Type 4 – Associated with coronary angioplasty or
stents5. Type 5 – Myocardial infarction associated
with CABG
0 Age : 63 years
0 IP No. 1289064
0 Unit : Vikram Hospital (Dept. Cardiology)
Reasons for admission
C/O:
0 Acute onset of Retro-sternal burning sensation 0 Mild sweating0 Giddiness
Patients History
0 PMHx: K/C/O Type 2 DM with Hypertension since 5 years
on Tab. Amace ( Amlodipine+ Enalpril) 1-0-0 Tab. Ecosprin (Aspirin 150 mg) 0-1-0 Tab. Dibizide M (Glipizide + Metformin)1-0-0 Tab. Melmet 500 (Metformin) mg 0-0-1
0 SHx: Smoker since 1 year Alcoholic
General examination
0 BP : 120/80 mmHg Pulse : 80 BPM
0 CVS: S1S2 +0 ECG: Inferior Wall MI0 Impression : ACS- IW.MI with T2DM and HTN
0 ADV : 2-D ECHO, Troponin-I, CKMB, CPK, RBG, Hb, HCT, TC, S.Cr, Electrolytes, TSH.
DAY 1
0 BP : 120/80 mmHg Pulse : 80 BPM0 CVS :S1S2 +0 2D ECHO: IHD, Hypo-kinetic basal Inferio-Posterior
wall Ejection fraction: 50 % Troponin I: +ve Impression: ACS0 At 9 PM : GC stable , No Angina/ Dyspnea Vitals : Normal0 ADV: CST
CBG (BB): 177 mg/dlCBG (BL): 231 mg/dlCBG (BD): 102 mg/dl
Lab ReportsBiochemistry
CPK 170 (55-170 U/L)
CKMB 6.25 (0-3.38 ng/ml)
TROP-I 0.086 (0-0.035 ng/ml)
Glucose (R) 245 mg/dl
Urea 21 mg/dl
S.Cr 0.80 mg/dl
electrolytes
Sodium 132 mg/dl
Potassium 4.6 mg/dl
TSH 3.49 (0.465-4.68 micro IU/ml)
Hematology
Hb. 15
HCT 41.9 % (42 to 52 %)
MCV 87.7 fl (80 to 96 fl )
MCH 31.4 (27-33 pg /cell )
RBC 4.78 Lakhs Cell/cumm
PLT 2.36 Lakhs cell/cumm
WBC 12160 cell/cumm
Polymorphs 75.8 %
L 18
M 55
E 05
B 01
Treatment chart
Drugs Dose R F
Inj. Heparin 5000 U IV Q8H
T. Aspirin 150 mg PO 0-1-0
T. Clopidogrel 75 mg PO 1-0-1
T. Trimetazidine MR 35 mg PO 1-0-1
T. Atorvastatin 40 mg PO 0-0-1
Syp. Cremalax (Na. Picosulfate) PO 0-0-1
T. Pantoprazole 40 mg PO 1-0-0
T. Restyl ( Alprazolam) 0.5 mg PO 0-0-1
T. Amace (Amlodipine + enalpril) 5+5 mg PO 1-0-0
Inj. Actrapid if sliding scale > 200 mg/dl
T. Isosorbide Dinitrate 2.6 mg SL 1-1-0
DAY 2
0 BP : 130/80 mmHg Pulse: 88 BPM 0 CVS: S1S2 + , SSM + RS: Clear0 ADV: CST, CAG counseling
At 5 PM: GC fair , No Angina/ Dyspnea0 Troponin I: +ve 0 ADV: CST and CAG after RFT
RBG : 231 mg/dl CBG (BB): 172 mg/dlCBG (BL): 148 mg/dlCBG (BD): 245 mg/dl
04/11/2023 17
Thrombolysis in Myocardial Infarction
Treatment chartDRUGS Dose R F
Inj. Heparin 5000 U IV Q8H
T. Aspirin 150 mg PO 0-1-0
T. Clopidogrel 75 mg PO 1-0-1
T. Trimetazidine MR 35 mg PO 1-0-1
T. Atorvastatin 40 mg PO 0-0-1
Syp. Cremalax PO 0-0-1
T. Pantoprazole 40 mg PO 1-0-0
T. Restyl (Na. Picosulfate) 0.5 mg PO 0-0-1
T. Amace (Amlodipine + enalpril) 5+5 mg PO 1-0-0
T. Dibizide M (Glipizide + Metformin) 5+500 mg PO 1-0-0
T. Melmet (Metformin) 500 mg PO 0-1-1
T. Isosorbide Dinitrate 2.6 mg SL 1-1-0
Inj. Actrapid if sliding scale > 200 mg/dl
DAY 3
0 BP : 120/80mmHg Pulse : 72 BPM0 CVS : S1S2 + RS: NVBS +0 RBS: 172 mg/dl CBG (BB) : 180 mg/dl0 ADV: CAG and CST0 CAG report: Triple vessel disease PTCA + stent of OM + LCX0 Post CAG: TVD, No Angina/ Dyspnea Vitals: Normal0 ADV : CST , Counseling for PTCA + stent of OM and
CLX
Coronary Angiography Reports
Coronary Angiography Reports
Treatment chartDRUGS Dose R F
Inj. Heparin 5000 U IV Q8H
T. Aspirin 150 mg PO 0-1-0
T. Clopidogrel 75 mg PO 1-0-1
T. Trimetazidine MR 35 mg PO 1-0-1
T. Atorvastatin 40 mg PO 0-0-1
Syp. Cremalax (Na. Picosulfate) PO 0-0-1
T. Pantoprazole 40 mg PO 1-0-0
T. Restyl (Alprazolam) 0.5 mg PO 0-0-1
T. Amace (Amlodipine + Enalpril) 5=5 mg PO 1-0-0
T. Dibizide M (Glipizide + Metformin) 5+ 500 mg PO 1-0-0
T. Melmet (Metformin) 500 mg PO 0-1-1
T. Isosorbide Dinitrate 2.6 mg SL 1-1-0
Inj. Actrapid if sliding scale > 200 mg/dl
DAY 4
0 BP : 120/80 mmHg Pulse : 80 BPM0 CVS : S1S2 +0 Post CAG – TVD 0 NO Angina/ Dyspnea0 ADV: CST , Discharge
Treatment chartDRUGS Dose R F
Inj. Heparin 5000 U IV Q8H
T. Aspirin 150 mg PO 0-1-0
T. Clopidogrel 75 mg PO 1-0-1
T. Trimetazidine MR 35 mg PO 1-0-1
T. Atorvastatin 40 mg PO 0-0-1
Syp. Cremalax (Na. Picosulfate) PO 0-0-1
T. Pantoprazole 40 mg PO 1-0-0
T. Restyl (Alprazolam) 0.5 mg PO 0-0-1
T. Amace (Amlodipine+Enalpril) 5+5 mg PO 1-0-0
T. Dibizide M (Glipizide + Metformin) 5+ 500 mg PO 1-0-0
T. Melmet (Metformin) 500 mg PO 0-1-1
T. Isosorbide Dinitrate 2.6 mg SL 1-1-0
Inj. Actrapid if sliding scale > 200 mg/dl
DRUG DOSE R F 1 2 3 4
Inj. Heparin 5000 U IV Q8H + + + _
T. Aspirin 150 mg PO 0-1-0 + + + +
T. Clopidogrel 75 mg PO 1-0-1 + + + +
T. Trimetazidine MR 35 mg PO 1-0-1 + + + +
T. Atorvastatin 40 mg PO 0-0-1 + + + +
T. Cremalax (Na. Picosulfate) PO 0-0-1 + + + +
T. Pantoprazole 40 mg PO 1-0-0 + + + +
T. Restyl (Alprazolam) 0.5 mg PO 0-0-1 + + + +
T. Amace (Amlodipine+Enalpril) 5 + 5 mg PO 1-0-0 + + + +
T. Dibizide M (Glipizide + Metformin)
5+ 500mg PO 1-0-0 _ + + +
T. Melmet 500 mg PO 0-1-1 _ + + +
T. Isosorbide Dinitrate 2.6 mg SL 1-1-0 + + + +
Inj. Actrapid if sliding scale > 200 mg/dl
SC
Discharge MedicationDRUG DOSE R F COST/TAB COST/DAY
T. Aspirin 150 mg PO 0-1-0 0.80 Rs 0.80 Rs
T. Clopidogrel 75 mg PO 1-0-1 6.2 Rs 12.40 Rs
T. Trimetazidine MR 35 mg PO 1-0-1 7.5 Rs 15 Rs
T. Atorvastatin 40 mg PO 0-0-1 20 Rs 20 Rs
T. Amlopdipine+Enalpril 5+5 mg PO 1-0-0 4 Rs 8 Rs
T. Glipiizide +Metformin 5+500 mg PO 1-0-0 0.75 Rs 0.75 Rs
T. Metformin 500 mg PO 0-1-1 1.5 Rs 3 Rs
T. Pantoprazole 40 mg PO 0-0-1 6 Rs 6 Rs
T. Isosorbide Dinitrate 2.6 mg SL SOS __
Total : 66 Rs/Day
PHARMACEUTICAL CARE PLAN
0 SUBJECTIVE EVIDENCE:
1. Retro-sternal burning sensation
2. Mild sweating3. Giddiness
0 OBJECTIVE EVIDENCE:
1. ECG: Inferior Wall MI2. 2D ECHO: IHD, Hypo-
kinetic basal Inferio-Posterior wall
3. Troponin I: +ve (0.086 ng/ml)
4. CKMB: (6.25 ng/ml)5. CAG report: Triple vessel
disease
Final Diagnosis
ACS- Inferior wall MI with Triple Vessel Diseases with Hypertension and Type
2 Diabetes Mellitus
Goals of Treatment0 Short term goals :1. Initial evaluation & stabilization2. Relief of ischemic chest discomfort3. Efficient risk stratification4. Focused cardiac care5. Early restoration of blood flow to the infarct-related
artery to prevent infarct expansion.6. Increase myocardial oxygen delivery7. Prevention of death and other complications
0 Long term goals:1. Prevent complications and recurrences. 2. Reduce mortality and improve quality of life
Treatment OptionsFor Hypertension For
IHDFor T2DM
• ACE- inhibitors – Enalpril
• ARB’s – Telmisartan
• CCB’s- Dihydropyridine
Amlodipine
• Diuretics – Furosemide• Beta Blockers – Atenolol Metoprolol
• Anti-Platelet agents – Aspirin , clopidigrel
• Anti-anginal – Trimetazidine Nicorandil Ranolazine
• Anti- Hyperlipedimic agents –
Atrovastatin
• Vasodilators- Nitrates
•Sulfonylureas – Glipizide
•Biguanides – Metformin
•Insulin
0 Signs and symptoms were reduced by day 2
0 Lipid profile not done
GOALS ACHIEVED Problems Identified
Monitoring Parameters
0 Disease related :1. Blood Pressure2. ECG3. 2D-ECHO4. Blood Glucose levels5. Hb A1c6. Lipid Profile
0 Drug related :1. Platelets count2. Blood pressure
Patient Counseling
About Disease
About PTCA0 Advantages:1. It can be done under local anesthesia. 2. The procedure is faster. Recovery period is shorter
and less painful3. The procedure does not leave a noticeable scar4. It is a useful procedure for patients unwilling or
unable to undergo surgery.5. A repeat procedure, if required, is easier to perform
than a repeat bypass surgery.
0 Disadvantages:1. Coronary angioplasty can be used only if one or two
arteries are affected2. It cannot be used in arteries that cannot be reached
by the catheter3. It may not be effective against very hard
atherosclerotic plaques.4. Restenosis may occur, especially if a stent is not
placed during the procedure
About Medications0 Name and purpose
0 Dose and frequency
0 Medication adherence
0 Possible adverse effects
0 Missed dose
About life style modification
0 Healthy life style with daily exercise (the ADA recommends 150 min/week (distributed over at
least 3 days) of aerobic physical activity)0 Self-Monitoring of Blood Glucose 0 Nutritional recommendations0 Driving: no driving for 1month. after Ml. 0 Flying: most airlines will not carry passengers for 2wk.
post Ml and then only if able to climb 1 flight of stairs without difficulty
0 Physical activity: advise gradual increase in activity
1. 2wk. after Ml stroll in garden or street2. 4wk. after Ml walk @ ½ mile/d.3. 4 to 6wk. after Ml increase to 2 miles/d. by 6wk.4. From 6wk increase the speed of walking; aim 2 miles in <30min.
0 Sexual activity: resume after 6wk
0 Return to work : 1. Sedentary workers 4-6wk. after uncomplicated Ml2. Light manual workers 6-8wk. after uncomplicated Ml3. Heavy manual workers 3months after uncomplicated Ml
0 Monitoring health: continue regular reviews at least annually for lifelong. Check for symptoms and signs of cardiac dysfunction (breathlessness, palpitations, angina).
0 Secondary prevention0 Smoking cessation0 Hypertension ,Check BP and refer physician if >140/900 Alcohol withdrawl.
Fat 20–35% of total caloric intakeSaturated fat < 7% of total calories<200 mg/day of dietary cholesterolTwo or more servings of fish/week provide -3 polyunsaturated fatty acids
Carbohydrate 45–65% of total caloric intake (low-carbohydrate diets are not recommended)Sucrose-containing foods may be consumed with adjustments in insulin dose
Protein 10–35% of total caloric intake (high-protein diets are not recommended)
Other components Fiber-containing foods may reduce postprandial glucose excursions
Nonnutrient sweeteners
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