principles of biomedical engineering

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Principles and development of biomedical instrumentation Dr. Muhammad Shafique Head of Biomedical Engineering Dept. Faculty of Engineering and Applied Sciences Riphah International University, Islamabad Date: 25-03-2014

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Lectures on Biomedical Instrumentation

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Page 1: Principles of biomedical engineering

Principles and development of biomedical instrumentation

Dr. Muhammad ShafiqueHead of Biomedical Engineering Dept.Faculty of Engineering and Applied SciencesRiphah International University, Islamabad

Date: 25-03-2014

Page 2: Principles of biomedical engineering

Overview of Bioinstrumentation in hospital (1)

• Cardiology equipment: Study the structure, function, and diseases related to the normal and abnormal heart

• Vascular equipment: studies blood vessels in terms of blood pressure, flow and volume in the vessels

• Respiratory equipment: detects the gaseous exchanges that occur in the various parts of the respiratory system

• Sensory equipment: monitors brain waves and records them as EEG signals. These equipment may also record electric impulses from the surface of muscles as EMG signals

Page 3: Principles of biomedical engineering

Overview of Bioinstrumentation in hospital(2)

• Imaging equipment: generate images of the body’s organs and systems

• Fiber optics and laser equipment: used in endoscopic examinations and in surgery

• Intensive care equipment and operating equipment: highly specialized therapeutic equipment to treat deformities and injuries

• Laboratory equipment: used for blood, urine, and other lab tests such as fluid analysis for sodium, potassium, chlorides and blood gas

Page 4: Principles of biomedical engineering

Overview of Bioinstrumentation in hospital(3)

• Preventive maintenance equipment: used by hospitals in effective preventive maintenance programs to ensure a high degree of patient safety from electrical and mechanical hazards, reduce equipment repairs and extend equipment life

• Telemetry equipment: remotely monitor the patient’s vital signs such as blood pressure or the ECG or it is used in the patient's room in real time via radio frequency

• Network equipment: sophisticated hubs, switches and routers that the hospital network uses to communicate with the outside world on fast-speed wide area networks

Page 5: Principles of biomedical engineering

Overview of Bioinstrumentation in hospital

Hospital Equipment

Cardiology

- ECG-

Defibrillator

- Pacemaker

- Cardiac perfusion

-Heart-lung machine

Vascular equipment

-Blood pressure monitor

-Sphygommano

meter

- Blood flow meter

-Doppler ultrasound

-Kidney dialysis

Respiratory equipment

-Spirometer

-Ventilator

-Respirator

Sensory equipment

- EEGG machine

- EMG machine

- Pulse oximeter

Imaging equipment

- X-Ray machine

-CT

- MRI-Ultrasound

-Flourroscope machine

-Gamma Ray camera

Fiber optics and laser

-Endoscopy

-Laser system

Intensive care and operating

equipment

-Bedside monitors

-Electro-surgical

-Anesthesia

Laboratory equipment

-Blood cell counter

-Centrifuge

-Microscope coagulation

analyzer

-Blood Gas analyzer

Preventive maintenance equipment

-Electric safety tester

-Ecg simulator

-Blood pressure simulator

Telemetry equipment

-Central monitor station

-Telematery system

Network equipment

-Computer

-Router

-Switches