dna computing

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DNA COMPUTING DNA COMPUTING Presented By :- Vikrant Dubey V SEM(BCA)

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Page 1: DNA computing

DNA COMPUTINGDNA COMPUTING

Presented By :- Vikrant Dubey

V SEM(BCA)

Page 2: DNA computing

INTRODUCTIONINTRODUCTION

• What is DNA?

• What is DNA Computer?

• Why DNA Computers?

Page 3: DNA computing

BRIEF BRIEF HISTORYHISTORY

•Adleman’s Hamiltonian Path ProblemAdleman’s Hamiltonian Path Problem

•Typical N-Queen ProblemTypical N-Queen Problem

Page 4: DNA computing

ARCHITECHTURE OF ARCHITECHTURE OF DNA COMPUTERSDNA COMPUTERS

• What is DNA?

• How Genetic Sequencing(DNA) works?

• How DNA chips are made?

Page 5: DNA computing

What is DNA and How it What is DNA and How it works?works?

Page 6: DNA computing

How Genetic How Genetic Sequencing(DNA) Sequencing(DNA)

works?works?Step 1. Determine Step 2. Separate

chemical structure of strands

fragments

Page 7: DNA computing

How Genetic How Genetic Sequencing(DNA) works?Sequencing(DNA) works?

(cont)(cont)

Step 3. Introduce Step 4. Identify the sample result

Page 8: DNA computing

Step 1. Make Gene Step 2. Manufacture

probes substrate wafer

How DNA Chips are Made?

Page 9: DNA computing

Step 3. Deposit genetic Step 4. Customer use

sequences

How DNA Chips are Made?(cont)

Page 10: DNA computing

OPERATIONS ON OPERATIONS ON DNADNA

• Merge• Anneal• Melt• Seperation by

length• Append• Ditect

Page 11: DNA computing

FEATURES OF DNA FEATURES OF DNA COMPUTERSCOMPUTERS

• Size and storage density

• Speed

• Energy Efficiency

• Pharmaceutical and Biomedical field

• High Parallelism

Page 12: DNA computing

CURRENT RESEARCHCURRENT RESEARCHIN DNAIN DNA

• Bell Labs

• Duke University/Caltech

• New York University

• University of Southern California

• University of Wisconsin

Page 13: DNA computing

ADVANTAGES OF ADVANTAGES OF DNA COMPUTERSDNA COMPUTERS

• Parallelism

• Gigantic memory capacity

• Lower power dissipation

• Suitable for combinational problems

Page 14: DNA computing

DISADVANTAGES OF DISADVANTAGES OF DNA COMPUTERSDNA COMPUTERS

• Occasionally slow

• Hydrolysis

• Information Untransmittable

• Reliability problems

Page 15: DNA computing

FUTURE SCOPEFUTURE SCOPE

What is the Future Scope for DNA Computing?

Page 16: DNA computing

ConclusionConclusion

It isn’t too hard to imagine that one day we might have the tools & talent to produce a small integrated desktop machine that uses DNA, or a DNA like biopolymer, as a computing substrate along with set of designer enzymes.

Page 17: DNA computing

THANK THANK YOU…YOU…