Bioinformatics is loosely defined as the application of information technology to the field of molecular biology. At the CPGR, bioinformatics forms an integral part of our value chain. While the main emphasis of the core laboratory is on the generation of high-quality sets of data, bioinformatics starts with study planning in terms of statistical validation of experimental design and understanding of data-analysis requirements. The bioinformatics platform acts as the 'glue' that ties multi-platform/multi-technology projects together by providing a coherent, consistently high-quality flow of data transformation from raw data generation through to the delivery of final results.This is what we do
- Data Analysis: We can analyse data already generated by a variety of different technology platforms and/or various levels of biological complexity (DNA, RNA ,protein, etc) to enable a systems-based, in-silico representation of biological phenomena.
- Research and Development: The CPGR actively develop new tools for internal use that automate our data flows, facilitate data management and transfer, and ultimately speed up the delivery of your data and results.
- Human Capital Development: We provide training and education for biological scientists in the understanding and use of bioinformatic applications and the proliferation of bioinformatic knowledge to empower the scientific community.
- Support: The CPGR is happy to accomodate project and research specific support, in addition to providing a collection of hand picked electronic resources.
Objectives are to:
- Integrate data generated on different technology platforms and/or various levels of biological complexity to enable a systems-based in-silico representation of biological phenomena.
- To develop, adopt and implement standards for data generation, analysis, management, storage, reporting and publication in compliance with national and international standards.
- Proliferate knowledge by supporting other platforms and data-generating entities through the development and implementation of common policies, procedures and standards.
- To empower biologists in terms of the understanding and use of bioinformatics, with a special focus on integrating wet- and dry-lab techniques and work flows.
- To leverage synergy effects between existing "omics" entities to enhance the output and branding of these entities for the benefit of the biotech sector in SA.
