Victoria Hewitt Part 2 - TPJ2O Final Exam Review PDF
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Uploaded by ArdentHeliotrope96
Harvard University
Victoria Hewitt
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Summary
This document is a review for a final exam. The document covers a range of topics relating to health and safety, including first aid procedures, personal protective equipment (PPE), food poisoning, the respiratory system, and the flow of blood through the heart. Provides a comprehensive overview of the subject and is great for study.
Full Transcript
Radial pulse (wrist) 1 2. What is a sprain? What is a strain? What is a dislocation? What is a fracture? Sprain: injury to ligament, which attaches bone to bone Strain: Injury to tendon, which attaches bone to muscle Dislocation: Bone no longer in it’s proper place in the joint ract...
Radial pulse (wrist) 1 2. What is a sprain? What is a strain? What is a dislocation? What is a fracture? Sprain: injury to ligament, which attaches bone to bone Strain: Injury to tendon, which attaches bone to muscle Dislocation: Bone no longer in it’s proper place in the joint racture: Broken or cracked bone. Open (Compound): broken bone punctures skin. Closed F (Simple): Broken bone doesn't puncture skin 1 4. Explain the proper steps you would take to provide first aid to the victim who has injured their ankle and appears to be in severe pain. Tell the victim not to bear weight on it, splint it, ice it and elevate it. If in severe pain, apply WARTS in case of shock. 1 5. List the proper steps when donning and doffing PPE. Donning: 1. Hand hygiene 2. Gown 3. Mask/N95 4. Goggles 5. Gloves Doffing: 1. Gloves 2. Gown 3. Hand hygiene 4. Goggles 5. Mask/N95 6. Hand hygiene 1 6. List all PPE that healthcare providers are required to wear when entering a patient’s room for each precaution listed below. a ) C ontact precautions:Gown, gloves b) Droplet precautions:Eye protection, mask c) Airborne precautions:N95 mask 1 7. List and describe the 4 simple steps that you can practice to help protect you and your loved ones from food poisoning. Clean: - Wash hands and surfaces often - Rinse fruits and vegetables - Wash equipment with hot water and soap - Wash hands for 20s before, during and after preparing and before eating Separate: - Never cross contaminate - Keep fruits and vegetables away from meats, seafood or eggs and use separate cutting boards for each - Separate fruits/veggies and animal products while shopping and in the fridge, too Cook: - C ook to the right internal temperature (high enough to kill germs) - Use a food thermometer Chill: - Refrigerate promptly 2 2 5. List the proper flow of air through the respiratory system. In: nasal/oral cavity, pharynx (epiglottis), larynx, trachea, bronchi, bronchioles, alveoli Out: alveoli, bronchioles, bronchi, trachea, larynx, pharynx (epiglottis), nasal/oral cavity 2 6. Review how to properly calculate the total body surface area of a burn and the parkland burn formula. Calculate total body surface area of burn (TBSA): Hand = 1% Entire head = 9% (4.5% per side) Entire left arm = 9% (4.5% per side) Entire right arm = 9% (4.5% per side) Entire trunk (torso) = 36% (18% per side) Perineum (Groin) = 1% Entire right leg = 18% (9% per side) Entire left leg = 18% (9% per side) nterior = front A Posterior = back arkland burn formula: P For those who have deep partial-full thickness burns covering more than 20% TBSA (adults) ormula: 4ml x TBSA% x Weight (kg) = Total amount of fluid the patient must receive F within the first 24 hours. First 8 hours: Patient will receive ½ total amount of fluid Next 16 hours: Patient will receive rest of fluid To calculate: [ 4ml x TBSA% x Weight (kg)] / 2 = amount of fluid in first 8 hours 2 7. List the proper flow of blood through all structures within the heart. Body → Heart → Lungs: Superior/Inferior Vena Cava → Right Atrium → Right AV Valve → Right Ventricle → Pulmonary Valve → Pulmonary Artery ungs → Heart → Body: L Pulmonary Vein → Left Atrium → Left AV Valve → Left Ventricle → Aortic Valve → Aorta 28. What is the normal reading for: a) Blood Pressure 120/80 b) Temperature (oral) 36.1-37.2 degrees celsius c) Pulse (heart rate) 60-100 bpm d) Respiratory rate (respirations) 12-20 rpm e) O2 Saturation 98-100% 4