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Chameli Devi Group Of Institution
Seminar Presentation
On
“Bio Chips”
Guided By :- Submitted By :-
Mr. Ajay Jaiswal Arvind Carpenter
INTRODUCTION
DEFINITION
STRUCTURE AND BASIC WORKING
BIOCHIP IMPLANT
APPLICATION
ADVANTAGES
CONCLUSION
FUTURE
CONTENTS :-
INTRODUCTION :-
 Collection of miniaturized test sites(microarrays)
arranged on a solid substrate.
 Permits many tests to be performed at the same time.
 Surface area is no longer than a fingernail.
 Perform thousands of biological reactions in a few
seconds.
 Used to analyze organic molecules associated with
living organisms.
 Help in identifying gene sequences, environmental
pollutants, airborne toxins, or other biochemical
constituents.
DEFINITION :-
• Collection of micro array arranged on a solid substrate.
• Can perform millions of mathematical operations.
• Can also perform thousands of biological operations.
• Increase speed of identification of genes.
COMPONENTS :-
Biochip implant system consist of two component...
• Transponder
• Reader or scanner
TRANSPONDER :-
• It is the Actual Biochip Implant.
• Two Types of Transponder- Passive & Active.
• Using a Passive Transponder.
• Biochip & Reader Communicate Via low Frequency Radio Waves.
• Transponder Consist of Four Parts :-
1. Computer Microchip
2. Antenna Coil
3. Tuning Capacitor
4. Glass Capsule
Fig : Biochip Components
Fig : Perspective of Actual Size
• Computer Microchip :-
The microchip stores a unique identification number
from 10 to 15 digits long.
• Antenna Coil :-
This tiny, primitive, radio antenna “ receives & sends ”
signal from the reader or scanner.
• Tuning Capacitor :-
This capacitor is charged by the small signal sent by the
reader.
• Glass Capsule :-
“Houses” the microchip, antenna coil, capacitor. It is
made of biocompatible material such as soda lime glass.
READER OR SCANNER :-
• Consist of an “exciter” coil which creates electromagnetic
signal.
• Provide energy to “activate” the implanted biochip.
• Also carries a receiving coil to receive ID number.
• Contain the software and components to decode the receive
code & display the result in an LCD display.
•All done in millisecond.
WORKING:-
• Reader transmits a Low-power radio signal and activate
the implanted biochip.
• ID Number is transmitted by the transponder and received
by the reader.
• Reader display the ID number on the reader’s LCD
display
BIOCHIP IMPLANT :-
• Injected by a hypodermic syringe beneath the skin.
• Injection is safe and simple.
• Anesthesia is not required.
• Usually injected behind the neck.
APPLICATION :-
 With a biochip , tracing of a person/animal anywhere in
the world.
A biochip can store and update financial, medical and
demographic data, basically everything about a person.
 Biochip leads to a secured E-commerce system.
Biochip really have potential in replacing passport,
ATM, medical records etc.
Medicinal implementation of biochips- as glucose
detector, as oxygen sensor, as a blood pressure sensor etc.
 Small in size.
 Faster & powerful.
 Perform thousand of biological reactions in a few seconds.
 Increase speed of diagnosis of unknown pathogens.
 Ability to detect multiple viral agent in parallel.
 Ease of use.
ADVANTAGES :-
FUTURE :-
 A chip implanted some where in human body might
serve as a combination of
1. Credit card
2. Driving license
3. Passport
4. Personal identification etc.
 No longer would it be needed to worry about losing all
above thing.
 Can also widely established in veterinary field.
CONCLUSION:-
Biochips are :-
 Fast
 Accurate
 Miniaturized
 Advantages upon conventional Analyzer
 Expected to become economically advantageous attributes
that make them analogous to computer chip.
THANK YOU


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Biochips

  • 1. Chameli Devi Group Of Institution Seminar Presentation On “Bio Chips” Guided By :- Submitted By :- Mr. Ajay Jaiswal Arvind Carpenter
  • 2. INTRODUCTION DEFINITION STRUCTURE AND BASIC WORKING BIOCHIP IMPLANT APPLICATION ADVANTAGES CONCLUSION FUTURE CONTENTS :-
  • 3. INTRODUCTION :-  Collection of miniaturized test sites(microarrays) arranged on a solid substrate.  Permits many tests to be performed at the same time.  Surface area is no longer than a fingernail.  Perform thousands of biological reactions in a few seconds.  Used to analyze organic molecules associated with living organisms.  Help in identifying gene sequences, environmental pollutants, airborne toxins, or other biochemical constituents.
  • 4. DEFINITION :- • Collection of micro array arranged on a solid substrate. • Can perform millions of mathematical operations. • Can also perform thousands of biological operations. • Increase speed of identification of genes.
  • 5. COMPONENTS :- Biochip implant system consist of two component... • Transponder • Reader or scanner
  • 6. TRANSPONDER :- • It is the Actual Biochip Implant. • Two Types of Transponder- Passive & Active. • Using a Passive Transponder. • Biochip & Reader Communicate Via low Frequency Radio Waves. • Transponder Consist of Four Parts :- 1. Computer Microchip 2. Antenna Coil 3. Tuning Capacitor 4. Glass Capsule
  • 7. Fig : Biochip Components
  • 8. Fig : Perspective of Actual Size
  • 9. • Computer Microchip :- The microchip stores a unique identification number from 10 to 15 digits long. • Antenna Coil :- This tiny, primitive, radio antenna “ receives & sends ” signal from the reader or scanner. • Tuning Capacitor :- This capacitor is charged by the small signal sent by the reader. • Glass Capsule :- “Houses” the microchip, antenna coil, capacitor. It is made of biocompatible material such as soda lime glass.
  • 10. READER OR SCANNER :- • Consist of an “exciter” coil which creates electromagnetic signal. • Provide energy to “activate” the implanted biochip. • Also carries a receiving coil to receive ID number. • Contain the software and components to decode the receive code & display the result in an LCD display. •All done in millisecond.
  • 11. WORKING:- • Reader transmits a Low-power radio signal and activate the implanted biochip. • ID Number is transmitted by the transponder and received by the reader. • Reader display the ID number on the reader’s LCD display
  • 12. BIOCHIP IMPLANT :- • Injected by a hypodermic syringe beneath the skin. • Injection is safe and simple. • Anesthesia is not required. • Usually injected behind the neck.
  • 13.
  • 14. APPLICATION :-  With a biochip , tracing of a person/animal anywhere in the world. A biochip can store and update financial, medical and demographic data, basically everything about a person.  Biochip leads to a secured E-commerce system. Biochip really have potential in replacing passport, ATM, medical records etc. Medicinal implementation of biochips- as glucose detector, as oxygen sensor, as a blood pressure sensor etc.
  • 15.  Small in size.  Faster & powerful.  Perform thousand of biological reactions in a few seconds.  Increase speed of diagnosis of unknown pathogens.  Ability to detect multiple viral agent in parallel.  Ease of use. ADVANTAGES :-
  • 16. FUTURE :-  A chip implanted some where in human body might serve as a combination of 1. Credit card 2. Driving license 3. Passport 4. Personal identification etc.  No longer would it be needed to worry about losing all above thing.  Can also widely established in veterinary field.
  • 17. CONCLUSION:- Biochips are :-  Fast  Accurate  Miniaturized  Advantages upon conventional Analyzer  Expected to become economically advantageous attributes that make them analogous to computer chip.