Biocomputing

Biocomputing, also known as biological computing, is the study of using biologically derived molecules to perform computational processes. This interdisciplinary field incorporates various computational methods such as mathematical modelling, analytical techniques, and simulations. It focuses on developing methods to analyze large amounts of biological data, including genetic sequences and predictive analytics.

Biocomputing or biological computing is the study of biologically derived molecules that perform the computational process. One such example is DNA computing which uses DNA for biological computing. Biocomputing is an interdisciplinary field using different computational methods such as mathematical modelling, analytical methods and simulations. It develops computational methods in analysing a large amount of biological data which includes genetic sequences, novel prediction or predictive analytics, etc. Biocomputers uses biologically derived molecules like DNA and proteins to perform computational process includes storing the data, retrieving and processing. The development of computational biology has helped in expanding the findings of nanobiotechnology and biologically based materials. In close association with biocomputing and nanobiotechnology, nanobiotechnology has functions in specifically designing models and protein engineering, as it can be built more prominent functional structure. The implementation of nanotechnology and biotechnology helped the researcher in narrowing the finding and thus provides with the ability to develop biomolecular systems especially to interact in a modified fashion which can result ultimately in the computational functionality of a biocomputer. Biocomputing is a powerful tool with the integration of many disciples include biotechnology, computational gene, DNA computing, human biocomputer, molecular electronics, nanotechnology, nanobiotechnology, and peptide computing.