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Bio computing
The document discusses the potential of DNA as a medium for data storage and computing, highlighting its durability, universality, and ease of replication. It covers biocomputing, DNA computing, and the historical background of these concepts, including their relevance in solving complex problems. The future potential of bio computers in areas like cryptography and bioinformatics is acknowledged, although practical demonstrations are still pending.
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Introduction to biocomputing as an advanced form of computing that integrates biological principles.
Explains DNA (Deoxyribonucleic acid) as a fundamental component in biocomputing.
Discusses various data storage methods: paper, computer, and the revolutionary DNA digital storage.
Highlights why DNA is favorable for storage: longevity, universality, and ease of replication.
Introduction to Polymerase Chain Reaction (PCR) as a technique related to DNA replication.
Overview of computing information processing including binary language, quantum computing, and biocomputing.
Multiple terms for biocomputing: Biological computing, DNA computing, organic computing, bioinformatics.
Covers DNA computing and its origin, initiated by Leonard Adleman, solving complex problems.
Continues the discussion on DNA computing without additional details.
Speculates on the future potential of bio computers to solve complex problems in various fields.
Concludes the presentation with a thanks message.
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Bio computing
- 1. Biocomputing The future ofcomputing
- 2.
- 3. Data / Informationstorage • Paper data storage • Computer data storage • DNA digital data storage
- 4. Why DNA-Storage? 1. DNAhas already stood the test of time scientists have managed to extract mitochondrial DNA from human remains that are 65,000 years old 2. DNA is universal If DNA is used to store information, the archeologists and historians of the future will be able to quickly decipher the code 3. DNA can be easily replicated Polymerase chain reaction (PCR)
- 5.
- 6. Computing – Informationprocessing • Binary Language • ASCII Codes • Logic Gates • Quantum Computing • Quantum states of subatomic particles to store information • Biocomputing • Amino acids
- 7. Biocomputing • Referred to; •Biological computing • DNA Computing • Organic computing • Bioinformatics
- 8. DNA Computing • initiallydeveloped by Leonard Adleman • solved the seven-point Hamiltonian path problem
- 9.
- 10. Future potential ofbio computers • Some people believe that bio computers have great potential, but this has yet to be demonstrated. • Solve np and np-hard problems • Cryptography • Bioinformatics problems and simulations
- 11.