Genetic Code

In the News..

15-11-2006

CLC bio New Hardware Accelerator

CLCbio have created the ‘CUBE’. A hardware unit which runs Smith Waterman up to 125 times faster than a 3 GHz desktop computer.

Using the Cube instead of BLAST, improves the quality of the data you're working with! read more..

The Tommi Melon

CLC bio Free Workbench

Bioinformatics features in Free Workbench

  • Multiple alignment of DNA, RNA, and proteins (two algorithms)
  • Consensus sequence determination and management
  • Conservation score along alignments
  • Basic gene finding
  • Translation from DNA to proteins (all genetic translation tables)
  • Translation from DNA to RNA and from RNA to DNA
  • Reports with residue composition, molecular weight and iso electric point (for proteins)
  • Neighbor-joining and UPGMA phylogenies
  • Restriction site analysis and viewing
  • Create reverse complement
  • Shuffle sequence
  • Option of viewing and graphical manipulation of bioinformatics analyses made in commercial workbenches from CLC bio

Other features in Free workbench

  • Full integration of data input, data management, calculations results, and data export. This eliminates time spent on manual data transfers between different programs and databases
  • All types of files can be saved in local projects and launched from the program
  • Detailed history log
  • Easy access to web-based protein and nucleotide search in GenBank, including download facilities and full graphical overview of sequence annotations of your choice
  • User-friendly graphical tools used in order to find and work with relevant regions of DNA, RNA and protein sequences
  • Text-based sequence view
  • Easy printing of reports and graphics
  • Export of user-defined figures to various graphics file formats
  • Import and export of data in a large number of file formats
  • Option of working with different files and in different file projects at the same time
  • Option of working in several active workspaces at a time, enabling simultaneous work on multiple projects