chest pain in the elderly. history where? when? for how long? irradiation what do you do to make it...
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CHEST PAIN IN THE ELDERLY
HISTORY
WHERE? WHEN? FOR HOW LONG? IRRADIATION WHAT DO YOU DO TO MAKE IT STOP? DOES IT CHANGE WHILE SHIFTING
POSITION OR DEEP BREATHING?
ETIOLOGY
ANGINA ECG RESPIRATORY ABDOMINAL BLOOD DISORDERS OSTEO-ARTICULAR OTHERS
CHEST PAIN FROM CARDIO-VASCULAR
DISEASES
ETIOLOGY
ACUTE CORONARY SYNDROME/ACUTE MYOCARDIAL INFARCTION
ANGINA ATS ANEMIA THYROID ARRYTHMIA/AV BLOCK HYPERTENSION ORTHOSTASTIC HYPOTENSION
DISSECTING AORTIC ANEURYSM ACUTE PERICARDITIS
ACUTE MYOCARDIAL INFARCTION IN ELDERLY
The onset of MI can be: typical silent (40% c): the diagnosis is usually based on ECG atypical, especially in elderly > 80 years old:
dyspnea syncope confusion stroke embolism upper abdominal pain
These symptoms might be attributed to other concomitant diseases or even to normal aging.
DIAGNOSTIS
ECG MYOCARDIAL ENZYMES ECHOCARDIO/CORONAROGRAPHY BIOCHEMISTRY
ECG
CLASSICAL ASPECT non-Q MI = is associated with a smaller necrosis area. The
patient call in too late to find the presence of troponin wrong diagnosis, wrong treatment, high mortality.
ECG modifications suggestive for non-Q MI: New ST segment supradenivelation, 1 mm high and 0,08 s
duration after J point New ST segment subdenivelation, 1 mm high and 0,08 s
duration after J point New negative T wave in DII, DIII, aVF or in at least two
consecutive precordial leads + significant CK-MB increment
LAB TESTS
Risk factors Echocardiography Coronarography Scintigraphy
COMPLICATIONS
Are more frequent and more severe: post-MI angina revascularisation techniques pericarditis NSAID Heart failure Pulmonary edema Myocardial muscle rupture cardiogenic shock
TREATMENT
ACUTE: first 24 hours CHRONIC
ACUTE PHASE Cardiovascular history Physical exam ECG Peripheric line Oxigen Aspirine orally abciximab (ReoPro) (inhibitor of glycoprotein IIb/IIIa) Nitroglycerin s.l. if the patient has chest pain; if there is no result
morphine, 2-4 mg i.v.Decision of the treatment: thrombolytic treatment or angyoplasty.
THROMBOLISIS decreases mortality with 18% Bigger benefits on the short time compared to younger patients Indicated for patients that refer to the hospital in the first 12
hours after the onset of pain and present on the ECG: ST segment supradenivelation recently installed LBBB
Elderly > 75 years old should have streptokynase and not t-PA due to lower risk of stroke.
ANGIOPLASTY
should be considered in the following situations: persistent severe ischemic modifications on the
ECG in spite of complete and correct medical treatment
hypotension cardiogenic shock The patient refers to the hospital later than 12 hours
from the onset of the chest pain
DRUGS
ASPIRINE: from the first minute to be continued for ever (prevents reinfarctization and decreases mortality)
HEPARINE i.v. or s.c. Together with t-PA ( clootting) never with streptokinaza
DRUGS
NITROGLYCERINE piv in the first 24 hours + 2-3 days (persistent ischemia, hypertension) induces hypotension should be carefully monitorized Do not use retard forms!
BETA-BLOCKERS decrease mortality give them from the beginning until at least 2
years afterwards, especially in cases associated with recurrent ischemia and arrythmia
ACE INHIBITORS From the beginning and for ever because it decreases mortality and
prevents HF
STABILE ANGINA
PARTICULARITIES
The chest pain is rare It might be replaced by:
Pain in the dorsal spine misinterpreted as rheumatological Pain in epigastrium misinterpreted as gastroenterological Dyspnea misinterpreted as pneumological Syncope misinterpreted as neurological
The intensity of the pain might be reduced or even absent because of concomitant diseases (diabetes, dementia)
The pain is NOT usually induced by exertion because elderly persons reduce their physical effort, but: Big meals Alcohol intake Cold weather
SILENT ANGINA
NO PAIN! 33-49% cases diagnosis:
Holter monitoring Effort test 6 Minutes Walk Test (very good alternative for elderly that are not able
to do effort test): The average distance in 6 minutes = 360 m Monitor BP, HR ECG before and after the test
Holter EKG monitoring: allows determination of HR variability, which is a good predictor for general risk of cardiovascular events and mortality
RISK FACTORS
diabetes dyslipidemia hyperuricemia anemia polyglobulia hyperthyroidism
CORONAROGRAPHY
TREATMENT
1. LIFE STYLE ADJUSTEMENTS: Diet should adapt to possible concomitant diseases Quit smoking! Fight obesity and sedentary life Adequate treatment for diabetes (when needed) BP as normal levels as possible Lipid profile as normal as possible Physical effort
:DRUGS Nytroglicerine: very efficient, s.l. and orally as retard
forms Molsidomine (NO pro-drug), when Nytroglicerine is not
tolerated (headache, flush, hypoBP) Beta-blockers: never stopp them abrubtly rebound Ivabradine, when HR is not well enough lowered by BB Calcium-channel blockers: when nytro + BB is not enough
Beta-blockers are favorites in: hypertension hypertrophic cardiomyopathy post-MI angina hyperthiroidism arrythmias
ANGINA PECTORALĂ STABILĂTRATAMENT
Calcium channel blockers are favorites in: Printzmetal angina non-Q MI: DILTIAZEM (90-300 mg/day), reduces re-
infarction Whenever we can’t use BB
Asthma HF (not verapamil or diltiazem) Diabetes Arteriopathies DON’T use them in:- WPW syndrom- Sick synus syndrome
REVASCULARIZATION PROCEDURES
Coronary artery by-pass graft (CABG) : diabetic patients in patients with multiple coronary problems In patients with LV failure
Percutaneous transluminal coronary angioplasty (PTCA): > 70 years old females emergency surgery HF
CAUSES FOR CHEST PAIN AGGRAVATION
ANEMIA
Hb < 12 g/dl in females and < 13 g/dl in males Geriatric emergency because it can aggravate the
evolution of concomitant diseases: HF angina Orthostatic hipotension Cognitive defficiencyThe most frequent hematolog disease in elderly (10-20%)
EMERGENCY TREATMENT
Oxygenotherapy (for hypoxia) Saline piv (for hypovolemia) Blood transfusion:
Concomitant MI needs it when Hb < 10 g/dl The rest Hb < 7 g/dl
ARRHYTHMIAS
HYPERTENSION
> 50% of elderly patients have high BP Isolated Systolic Hypertension, ISH is specific to elderly
and is defined by BP systolic 140 mmHg while BP dyastolic < 90 mmHg.
The prevalence increases with age: 5% in the group 60-69 10% in the group 70-79 20% in the group > 80
Systolic BP 160 mmHg increases mortality by cardiovascular diseases by 2-5 times and stroke by 2,5 times
The Conference from Yalta: The future of Europe was decided by 3 hypertensive politicians; Roosevelt survived less than 1 year
EMERGENCY TREATMENT BP>200/115 mm Hg Furosemide 20 mg i.v Clonidine, 0,150 mg i.v in 10 min or i.m Urapidil 12,5 mg i.v Enalapril i.v. Metoprolol 5-10 mg i.v TA = 160/100 mm Hg
DO NOT TRY TO BRING BP TO NORMAL VALUES TOO QUICKLY!
ORTHOSTATIC HYPOTENSION
Decrease of systolic BP with 20 mmHg or dyastolic BP with 10 mmHg while going from sitting to standing position
Very frequent in elderly, 50% of the persons residing in nursing homes have this phenomenon
Consequences: Fall Syncope Stroke
DISSECTING AORTIC ABDOMINAL ANEURYSM - CT
DISSECTING AORTIC THORACAL ANEURYSM - MRI
ACUTE PERICARDITIS
RESPIRATORY CHEST PAIN
ETIOLOGY
PULMONARY EMBOLISM PLEURAL EFFUSION CONCOMITENT
LUNG DISEASE MEDIASTINAL SYNDROME PNEUMOTHORAX
ABDOMINAL CAUSES FOR CHEST PAIN
ETIOLOGY
GALLBLADER STONES CARDIAC HEPATOMEGALY GASTRIC/DUODENAL ULCER MESENTERIC ISCHEMIA ACUTE PANCREATITIS
MESENTERIC ISCHEMIA
One of the most important causes (70-90%) of acute abdominal pain in elderly
Risk factors: AF, ATS, HF Excrutiating pain, resistant to pain killers
REUMATOLOGIC CAUSES FOR CHEST
PAIN
ETIOLOGY
SPONDILOSYS OSTEOPOROSIS TIETZE SYNDROME RIB FRACTURE
OTHERS
INTERCOSTAL NEURAL PAIN ZONA ZOSTER BREAST CANCER SKIN CANCER