Biomaterials
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Biomaterials

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Biomaterials Biomaterials Presentation Transcript

  • Amity School of Engineering & Technology 1 SUNNY KUMAR SINGH AJAY SINGH BHADORIYA PRAKHAR GUPTA SUBHAM SHARAN Presented by
  • Amity School of Engineering & Technology • Engineered material • Biologically intractable
  • Amity School of Engineering & Technology BIOCOMPATIBILITY ENVIRONMENT PHYSICAL CHEMICAL LIVING SYSTEMS PACEMAKER Prosthesis View slide
  • Amity School of Engineering & Technology GOLD -> Dentistry PMMA -> Dentistry View slide
  • Amity School of Engineering & Technology
  • Amity School of Engineering & Technology Bio-materials: Multidisciplinary Science MEDICAL SCIENCE
  • Amity School of Engineering & Technology ENGINEERING & TECHNOLOGY
  • Amity School of Engineering & Technology Replaces Impaired Organs Better Performance Increased Functionality
  • Amity School of Engineering & Technology More Reproducibility Long Life More Efficient Assist in Healing
  • Amity School of Engineering & Technology
  • Amity School of Engineering & Technology CLASSIFICATION NATURAL GELLATINE POLYSACCHARIDE MAN MADE (SYNTHETIC MATERIALS) METALS CERAMICS POLYMERS
  • Amity School of Engineering & Technology
  • Amity School of Engineering & Technology •Elasticity •Viscoelasticity •Brittle fracture •Fatigue
  • Amity School of Engineering & Technology Biocompatibility Host Response Toxicology Corrosion Resistance Wear Resistance Long Fatigue life Adequate Strength Design & Manufacturability Biofunctionality
  • Amity School of Engineering & Technology NATURAL BIOMATERIALS ARTIFICIAL BIOMATERIALS BIOMATERIAL DEVICES
  • Amity School of Engineering & Technology PMMA MACHINES INTRAOCULAR LENSES
  • Amity School of Engineering & Technology APPLICATION Medical Solid Semisolid Engineering Biochips Biosensors Bio robotics
  • Amity School of Engineering & Technology MEDICAL FIELD BONE REPLACEMENT DENTAL IMPLANT ARTIFICIAL TISSUE IOL LENS MECHANICAL HEART VALVE VASCULAR GRAFT ENGINEERING FIELD BIOCHIPS BIOSENSORS BIO-ROBOTICS
  • Amity School of Engineering & Technology 2. DENTAL IMPLANT
  • Amity School of Engineering & Technology
  • Amity School of Engineering & Technology
  • Amity School of Engineering & Technology PARTS OF BIOCHIPS BIOCHIPS IN LAB
  • Amity School of Engineering & Technology
  • Amity School of Engineering & Technology PALM-ROBOT INSECT ROBOT
  • Amity School of Engineering & Technology • Risk of infection. • Complex surgeries. • Displacement of implants. • Compatibility issues. • Long lasting
  • Amity School of Engineering & Technology •Interdisciplinary approach •More advancement in medical •Significant industrial growth •Potential of a multi-billion dollar industry.
  • Amity School of Engineering & Technology WEBSITES :-  Wikipedia  Google  Yahoo  MIT,USA BOOKS:-  An Introduction to Biomaterials Jeffrey O. Hollinger Guidance:- Dr. D.L.Sapra Dr. P.K.Mishra Dr. Manisha Singh
  • Amity School of Engineering & Technology