Post-op CABG and AVR

Description

571 Clinical Cardiopulm Flashcards on Post-op CABG and AVR, created by Mia Li on 17/09/2017.
Mia Li
Flashcards by Mia Li, updated more than 1 year ago
Mia Li
Created by Mia Li about 7 years ago
8
0

Resource summary

Question Answer
3VCAD stands for triple vessel CAD
Phase I cardiac rehab occurs in the hospital, after a _______ or other major heart problems, or _______. Myocardial infarction Surgical procedures
What is the specific goal of physical therapy in Phase I cardiac rehab? 1. Evaluation of physiologic responses to self-care and mobilization activities. 2. Monitoring ECG, lab values, to determine hemodynamic stability and assess wounds/incision.
Which medical test is the most common pre- and post-cardiac surgery? 1. Echocardiogram 2. cardiac catheterization
Which medical test allows you to see the blood vessels of the heart? Coronary angiogram
Which two vessels are the most common for CABG? 1. saphenous veins 2. internal mammary artery
What do you expect in a post-op patient at POD #1? WBC count: RBC count: Hematocrit: lung volume: pulmonary edema: pleural effusions: EKG: WBC count: higher (trending down) RBC count: lower (trending up) Hematocrit: lower (trending up) lung volume: low (atelectasis) pulmonary edema: some pulmonary edema pleural effusions: risk of pneumothorax EKG: may have post-op a-fib
K+ is usually (low/high) post surgery because __________, which may lead to ________. Usually low. Due to fluid imbalance. May lead to ECG changes
Ca++ is usually _____ post-op, because ________, which may lead to _________. Usually low. Due to renal insufficiency May lead to muscle weakness, fatigue, dysrhythmia
Intraoperative blood loss may cause low _____, _______ and _______. Low RBC count, low hemoglobin, low hematocrit.
WBC is usually ______ post-op, due to _________. This may lead to ________. Usually high. Due to infection/inflammation. May lead to fever/chills and decreased exercise tolerance.
Low RBC is also known as ________. Anemia
Low hemoglobin count is known to cause ______, __________, ______ and _____. Tachycardia. DOE. Poor cardiovascular reserve. Limited endurance.
Low hematocrit may cause ______, ________, ______ and ________. Chest pain. Dizziness. DOE/ SOB. Muscle cramps.
Low platelet after surgery may be caused by __________ from the _________. It may result in _____. Caution during PT should be paid to avoid ________. Caused by consumptive thrombocytopnea from the cardiopulmonary bypass circuitry. may result in slowed healing and risk of bleeding. PT caution: fall prevention, bruising.
Which movements should be promoted for a sternal precaution patient? 1. shoulder, scapular full ROM 2. unilateral and bilateral movements of the arm 3. allow using UE for sit-to-stand 4. Log roll for bed mobility
What should the patient do when coughing? splint the chest with pillow.
What is the weight lifting limit bilaterally and unilaterally? Bilateral: 10lb Unilateral: < 5lb
What is a movement that should be avoided during sternal precaution? Active curl-up from supine
Which risk factors can increase likelihood of sternal complication? 1. smoking 2. DM 3. COPD 4. obesity/ high BMI 5. large breast size 6. increased time for cardiopulmonary bypass 7. increased time for mechanical ventilation 8. limited functional capacity
Which questions should you ask before proceeding to treatment? 1. Are there any red flags present? 2. Is the patient medically stable? 3. Do the patient's symptoms fit the clinical referral? 4. Have I reviewed the most recent: CXR, lab values, ECG, and vitals?
Criteria for the patient to be considered medically stable? 1. No new/recurrent episode of chest pain in past 8 hours 2. No new signs of uncompensated HF (no dyspnea at rest, no bilateral crackles >0.5 of lung, no hypotension) 3. No new significant, abnormal ECG during the past 8 hours 4. Troponin levels are decreasing 5. Patient is able to speak comfortably with a RR <30 breath/min 6. Cardiac index > 2L/min/m2 7. Central venous pressure > 12 mmHg
What is the difference between pneumothorax and atelectasis? Partial lung collapse: atelectasis Entire lung collapse: pneumothorax
What are some common ECG changes in post-op patients? 1. a-fib 2. atrial flutter 3 .PVC
Why is there increased tissue O2 extraction post-op? 1. increased O2 consumption for healing 2. decreased O2 delivery due to recovering heart
What are some position-related symptoms of post-op patients? Orthostatic hypotension
Atelectasis is caused by Mucous plug in the bronchiole
What are some common pulmonary complications in post-op patients? 1. atelectasis 2. pneumothorax 3. exacerbation of COPD 4. pulmonary edema 5. pleural effusions 6. infection 7. hypoxemia 8. respiratory failure due to prolonged ventilatory support
Can the patient exercise if he/she has stable angina? Yes
Can the patient exercise if he/she has unstable angina? No
Can the patient exercise if he/she has history of endocarditis? Yes
Can the patient exercise if he/she has an active endocarditis? NO
Can the patient exercise if he/she has sustained VT? No
Can the patient exercise if he/she has 3rd degree AV block with pacemaker? Yes.
Can the patient exercise if he/she has 3rd degree AV block without a pacemaker? NO
Can the patient exercise if he/she has new onset of a-fib/ atrial flutter/ PAT? NO
Can the patient exercise if he/she has a known bradycardia/ tachycardia without hemodynamic compromise? Yes.Can the patient exercise if he/she has
Can the patient exercise if he/she has a new onset of brady/tachy with hemodynamic compromise? NO
Which of the following conditions is NOT a contraindication for exercise? 1. severe symptomatic aortic stenosis 2. asymptomatic aortic stenosis 3. acute pulmonary embolus 4. compensated HF 5. decompensated HF 2. asymptomatic aortic stenosis and 4. compensated HF
A drop in SBP for about ______ is a contraindication of exercise. 10 mmHg
Which signs and symptoms suggests exercise intolerance? 1. angina 2. marked dyspnea 3. pallor 4. cyanosis
Which of the following are only relative contraindications to exercise? 1. endocarditis 2. pericarditis 3. myocarditis 2 and 3
If the patient is experiencing atrial fibrillation with uncontrolled ventricular rate, the PT should Obtain a medical report but it is ok to continue exercise as long as symtoms allow.
The relative contraindication to exercise is when the patient's BP is: SBP > 200 mmHg or DBP > 110 mmHg
The RPE of exercise should be kept at about 15/20
Can the patient exercise with uncontrolled DM? (resting blood glucose is >400 mg/dL) Relative. (depends on symptoms).
Average MET for toileting 1-2 (5 - 15 beats increase)
Average MET for bathing 2-3 (10 - 20 beats increase)
Average MET for walking 2 - 3.3 (5 - 15 beats increase)
arm/trunk exercise is usually ______ MET, with ______ beats increase in HR. 2 - 3METs 10 - 20 beats increase
Leg calistenics and stair climbing are usually about ______METs and _____ beats increase from RHR. 2.5 - 4MET 10 -25 beats increase
POD 1, MET should be controlled at ____. 1-2
POD 2 and3, MET should be at MET 2-3 Up to 2-3/day
When is the earliest time for patient to be OOB? POD #1 (even if in ICU)
What is the intensity of warm-up? 50% of stimulus intensity
HR should not increase for more than ____bpm 20 -30
BP should decrease for NO MORE THAN _______mmHg 10 - 20
Desired RPE is 11-13 (light to somewhat hard)
Why should a cough be established after cardiopulmonary surgery? 1. prevent aspiration and safety with eating 2. clear upper airways to increase ventilation
EF cut-off for low risk, moderate risk, and high risk of exercise. low: >50%. (max. MET =/> 7) moderate: 40-49% (max MET =5.0-6.9) high: <40% (max MET = 5 or less)
SF-36 is an objective measure of QOL
ABC scale is an objective measure of _____. Balance efficacy
What are some objective outcomes for exercise tolerance? 1. Borg RPE 2. Modified Borg 3. HR response 4. BP response 5. 6MWT
What are some functional assessments for patients? 1. 5 times sit-to-stand 2. Berg balance test 3. TUG 4. Dynamic gait index 5. Functional gait assessment 6. Short physical performance battery (SPPB) 7. Gait speed
Show full summary Hide full summary

Similar

Introduction to Therapeutic Physical Agents
natalia m zameri
1.4 Congestive Heart Failure
Mia Li
1.3 ACS
Mia Li
Lecture 0.5 O2 Transport System and CPET
Mia Li
Chapter 5 Basic pathophysiology - Cardiovascular
Mia Li
Lecture 1 CAD and ACS
Mia Li
Lecture 06 Pulmonary airway vs Alveolar dysfunction
Mia Li
Lecture 02 Heart Failure and Valvular Dysfunction
Mia Li
Lecture 04 PAD and VTE
Mia Li
Lecture 03 Electrical Conductivity Problems
Mia Li
3.5 Diabetes
Mia Li