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Patient Vital Signs Medical Emergencies and Infection Control

Learn about the primary mechanisms of homeostasis and how vital signs such as body temperature, respiratory rate, pulse/heart rate, blood pressure, and sensorium indicate a patient's immediate condition and response to treatment.

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Patient Vital Signs Medical Emergencies and Infection Control

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  1. Patient Vital SignsMedical EmergenciesandInfection Control FALL 2011 Week 13

  2. Homeostasis • A constancy in the internal environment of the body • Naturally maintained by adaptive responses that promote healthy survival • Primary mechanisms: • Heartbeat • Blood pressure • Body temperature • Respiratory rate • Electrolyte balance

  3. Vital Signs • Body Temperature • Respiratory Rate • Pulse / Heart Rate • Blood Pressure • Sensorium (mental alertness)

  4. Importance of Vital Signs • Indicates the patient’s immediate condition • Can show improvement due to treatment • Can show a decline in condition

  5. Body Temperature • Normal temperature: 98.6 ° F • 1° - 2°F daily variation • Still considered normal: 97.7 °F – 99.5 °F • Human body functions within a narrow range of temperature variations • Humans can survivebetween 93.2 ° F and 106 ° F

  6. Thermoregulation Shivering when cold Sweating when hot

  7. Measuring Body Temperature • Oral • Rectal • Axillary • Tympanic • Temporal

  8. Hyperthermia Fever, febrile Temperature higher than 99.5 °F Hypothermia below normal range of 97.7 °F Due to Environment Medically induced Damage to hypothalamus Abnormalities in Body Temperature

  9. Respiratory Rate • Respiratory System delivers oxygen to the body’s tissues & eliminates carbon dioxide • Pt will die without the removal of CO2 and addition of O2 • Major muscle of ventilation: diaphragm • Measured in • “breaths per minute” • Adults: 12 – 20 bpm • Children: 20 – 30 bpm • Newborns: 30 – 60 bpm

  10. Abnormalities of Respiratory Rate • Tachypnea • Greater than 20 breaths per minute (adult) • Bradypnea – decrease is breathing • Dyspnea- difficulty breathing • Apnea- no breathing

  11. Methods of Delivering Oxygen Nasal Cannula Masks Oxyhood Ventilators

  12. Pulse Oximeter • Normal Pulse Oximeter = 95% to 100%

  13. Pulse • Adult • 60 to 100 beats per minute • Children under 10 • 70 to 120 beats per minute

  14. Radial artery Brachial Carotid artery Apical pulses Measurement

  15. Abnormalities of Pulse Rate • Tachycardia • Pulse rate increases by more than 20 bpm in resting adult • Greater than 100 bpm • Bradycardia • Decrease in heart rate

  16. Blood Pressure • Measure of the force exerted by blood on the arterial walls during contraction & relaxation. • Measured pressure when the heart is relaxed: Diastolic • Measured pressure when the heart is contracted: Systolic • Measured with a Sphygmomanometer

  17. Blood Pressure cont’d • Recorded in millimeters of mercury (mm Hg) with systolic over diastolic • Normal adult systolic: 95-140 mm Hg • Normal adult diastolic: 60-90 mm Hg • 120/80 mmHg considered normal

  18. Abnormalities of Blood Pressure • Hypertension • Persistent elevation above 140/90 mmHg • Hypotension • Persistent less than 95/60 mmHg

  19. RTA Medical Emergenciesand Infection Control Week 13 Caution – some images may be disturbing to the viewer …but this is what we may see in the course of our work

  20. TRAUMA- X-RAY READY

  21. 2 PROJECTIONS ARE BEST FOR THE PATIENT

  22. SPINAL INJURY PT

  23. X-TABLE LATERALSCERVICAL SPINE

  24. Dislocation of the C3 and C4 articular processes Note that C7 is not well demonstrated

  25. Some studies of spinal trauma have recorded a missed injury rate as high as 33%.

  26. GSW TO ABD

  27. QSWMARKING ENTRANCE /EXIT WOUNDS

  28. Fractured Forearm

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