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19 Ιουλ 2015 · Biocomputers use biological molecules like DNA and proteins to store, retrieve, and process data for computational calculations. Biochemical computers rely on feedback loops in biological reactions to achieve computational functions, where the presence or concentration of chemicals serves as the output signal.
43 Informatics Bioinformatics = Informatics applied to biology (genes and proteins). Cheminformatics or chemoinformatics = informatics applied to chemistry; cheminformatics techniques are often used in drug discovery and pharmaceutical research.
12 Ιουν 2012 · Figure 1: Basic concepts in molecular computing. a | Schematics of a fully fledged control system. b | Implementing a complex decision process with multiple input cues (gene expression levels and...
A typical computer system has four basic functional elements : (1) Input-output equipment, (2) Main memory, (3) Control unit, and (4) Arithmetic-logic unit.
Please click the link below to download and view a Microsoft PowerPoint version of the Chapterwise PowerPoint Slides : Chapter 01 Lecture PowerPoint Slides (1489.0K) Chapter 02 Lecture PowerPoint Slides (3869.0K)
Chemistry 126: Computers in Chemistry. Daniel Neuhauser. Introduction. There are many uses of computers in chemistry. Broadly, they are divided to the following categories and sub-categories. Programming: Time-dependent differential equations,
5 Σεπ 2011 · Bioinformatics • perhaps the biggest impact of computers in biology is in storing, accessing, and processing large amounts of biological data • the new field of bioinformatics bridges biology and computer science (or informatics, as it is known in Europe) • broad definition of bioinformatics: the use of computer science techniques to ...
