From BioNome
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Integrated Drug Discovery Process in BioNome
Integrated Drug Discovery Process in BioNome Drug designing is a magnificent inventive process in the development of novel therapeutics against the biological target. There are five major steps in the drug development process. Discovery and Development Preclinical Research Clinical Development FDA Review FDA Post-Market Safety
Recent Advances in Bioinformatics
Recent Advances in Bioinformatics Computational proteomics: Mass Spectrometry (MS) is an important technology in proteomics studies. It is more useful for its increasing precision and possibility to automate the pipeline of proteomics analysis and yield large-scale high-throughput experiments. The major application of computational proteomics in
BioNome Incorporating 3D – Protein Folding and Modelling
BioNome Incorporating 3D – Protein Folding and Modelling Protein folding is the process by which a polypeptide chain folds into its three-dimensional structure to form a biologically active protein. The structure of a protein is important for its functioning. Folded proteins are held together by
BioNome Assimilate Artificial Intelligence in Drug Discovery Designing and Development
BioNome Assimilate Artificial Intelligence in Drug Discovery Designing and Development Artificial intelligence is one of the colossal areas of Computer science that is mostly interested in evolving smart tools and algorithms that is competent enough to perform tasks without any human intellect. AI is progressively
Biomarkers Discovery in Proteomics
Biomarkers Discovery in Proteomics In simple words, Proteomics is called the study of the proteome and inspecting the interaction that happens between different proteins and their importance within the organism. An Australian Ph.D. candidate named Marc Wilkins first introduced the term “proteome” in a conference
Disease Based Research Services
Disease Based Research Services The massive quantity of understudied information is both a barrier and a possibility for machine learning, statistics, and bioinformatics techniques to uncover the mysteries behind complicated maladies. Advocating computational approaches to explore different diseases is spawning a new research field that leverages on