32. Bioengin UT MHS

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    BIOENGINEERING

    SUATU UPAYA DALAM BIDANG KEDOKETERAN ATAU KESEHATANDALAM MENDAPATKAN : LIFE OR HEALTH PERFOMANCE YANG

    NORMAL ATAU NATURALIZE DENGAN MENGGUNAKAN

    ARTIFICIAL ORGAN OR TISSUE.

    Bioengineering integrates physical, chemical, ormathematical sciences and engineering principles for the

    study of biology, medicine, behavior, or health. It advances

    fundamental concepts, creates knowledge for the molecular

    to the organ systems levels, and develops innovative

    biologics, materials, processes, implants, devices, and

    informatics approaches for the prevention, diagnosis, and

    treatment of disease, for patient rehabilitation, and for

    improving health.

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    BEBERAPA ISTILAH YANG BERKAITANBIOENGINEERING ATL:

    MEDICAL ENGINEERING = MEDICALTECHNOLOGY INSTRUMENTASI.

    BIOMEDICAL ENGINEERING:REKAYASA DALAM BID. BIOMEDIKJARINGAN/SEL ARTIFICIAL.

    MEDICAL BIOENGINEERING:Bioengineering yang dikhususkan untukmengatasi masalah-masalah Kedokteran

    http://localhost/var/www/intern/gbkuliah1/foto+cuci+darah.jpghttp://localhost/var/www/intern/gbkuliah1/foto+cuci+darah.jpg
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    REKAYASA TEKNOLOGI DALAM BID.

    KEDOKTERAN :

    1. DIAGNOSTIC INSTRUMENT: CT SCAN

    2. THERAPEUTICS INST: ACUPUNCTURE

    DIATHERMY

    3. SUPPORTING INST. : LASER

    INCUBATOR

    I. MEDICAL ENGINEERING

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    PERKEMBANGAN BIOENGINEERING DIDORONG

    KARENA BANYAKNYA CACAT YANG

    DISEBABKAN OLEH:

    KECELAKAAN LALU LINTAS

    KECELAKAAN /TRAUMA OLAH RAGA

    KECELAKAAN KERJA

    KORBAN PERANG / LATIHAN PADA TENTARA

    CACAT BAWAAN / PENYAKIT

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    PROFESIONAL YANG TERLIBAT

    DALAM BIOENGEERING ANTARA

    LAIN:

    1. KEDOKTERAN2. FISIKA

    3. TEHNIK ( ARSITEK, ELEKTRO, KIMIA)

    4. KIMIA5. BIOLOGI

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    Biomedical Engineer:

    Design products and procedures thatsolve medical problems.

    These include artificial organs,

    prostheses, instrumentation, medical

    information systems, and healthmanagement and care delivery systems.

    http://www.aaanet.org/press/an/0304ke-news.htm
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    1. Treatment:

    1. Doctor diagnoses and treat patientdiseases.

    2. Biomedical Scientist analyses the

    blood from a patient so that the doctor

    knows how to diagnose and treat.

    3. Biomedical Engineer design the

    equipment used to analyse the blood.

    Kerja sama para ahli pada bidang bioengineering

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    2. Heart Transplant:

    1. Biomedical Scientist determinesblood flow and heart functions

    2. Biomedical Engineer uses this

    information to design the

    artificial heart

    3. Doctor carries out surgery and

    monitors patient health

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    3. Repairing a Damaged Hip

    1. Biomedical Scientist establishes how

    the hip joint functions in the body

    2. Biomedical Engineer designs the

    prosthesis (artificial hip)

    3. Doctor operates on the patient and

    monitors the recovery

    http://www.musarium.com/bodyparts/7_body.htmlhttp://www.musarium.com/bodyparts/7_body.html
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    4. Repairing Damaged Bones

    1. Biomedical Scientist establishes how

    the bones function in the body.

    2. Biomedical Engineer designs the

    equipment to be used during surgery

    to ensure correct alignment.

    3. Doctor operates on the patient and

    monitors the recovery.

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    5. Drug Discovery

    Bioprospecting & Medicinal Chemistry

    Medical Genetics & Molecular Diagnostics

    Bioengineering & Biocompatible Materials

    Cancer, Ageing, & Inflammatory Disease

    Vaccine & Infectious Diseases

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    Ruang lingkup biomedical bioengineering

    imaging

    biomechanics

    bioinfomaticssystem engineering

    tissue engineering

    prosthetic devices

    system modelling

    clinical engineering

    health engineering

    http://www.aaanet.org/press/an/0304ke-news.htm
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    II. MEDICAL BIOENGINEERING

    REKAYASA TEKNOLOGI DALAM MENCIPTAKAN

    ALAT / INSTRUMEN PENGGANTI BAGIAN ATAU

    ORGAN TUBUH YANG TAK BERFUNGSI NORMAL.

    PRODUKNYA LEBIH DIKENAL DENGAN PROTHESE

    2. NON METAL: ARTIFICIAL LEG

    TERDIRI DARI

    1. METAL : PACE MAKER

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    BEBERAPA CONTOH LAIN PROSTHESE

    METALIC

    1. FOOT AND ARM BIONIC

    2. CHIPRETINA

    3. COCHLEA INPLANT

    4. MIMICKING BONE

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    - Manfaat

    - Kenyamanan

    - Efek samping

    - Estetika

    BEBERAPA HAL YANG PERLU

    DIPERTIMBANGKAN DALAM

    PENGGUNAAN PROTESE

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    III. BIOMEDICAL ENGINEERING

    REKAYASA MATERIAL UNTUK KEPENTINGAN

    KEDOKTERAN KHUSUSNYA UNTUK MENGGANTI

    JARINGAN TUBUH YANG RUSAK ( BIOMATERIAL)

    TERDIRI DARI

    1. TISSUE MATERIAL: MEMBRAN PLACENTA,

    KORNEA, ARTERIAL DLL

    2. NON TISSUE MATERIAL (SINTETIC) : SILIKON,

    POLYPROPHYLEN, POLYCRYLIC, HIDROXYAPATIT

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    SUATU BIOMATERIAL HARUSLAH MEMENUHI

    SARAT:

    1. DAPAT DITERIMA TUBUH

    2. TIDAK MENIMBULKAN REAKSI ALERGI / PANAS

    3. TIDAK RUSAK KARENA BERINTERAKSI

    DENGAN SENYAWA YANG ADA PADA TUBUH

    4. TIDAK MENIMBULKAN EFEK SAMPING YANG

    MEMBAHAYAKAN JIKA DIPAKAI DALAMJANGKA PANJANG

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    BEBERAPA CONTOH ARTIFICIAL ORGAN

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