Ssu72 Results: Difference between revisions

From MDWiki
Jump to navigationJump to search
Line 5: Line 5:
==Function==
==Function==
===BLAST results===
===BLAST results===
   
  Running a protein BLAST search on the Drosophila Ssu72 protein returned a large number of highly relevant (bit score > 200) sequences that were of a very similar length (see Figure 1). However, the first 27 of those sequences were not considered relevant for a number of reasons. For instance, some were simply homologous proteins in other types of closely related Drosophila that had been identified in a similar manner to this one and for which there were no PubMed publications available and therefore no useful information; others had similarly not been functionally characterised by experimentation or structural analysis; and some were merely hypothetical proteins. The first relevant protein identified was 'SSU72 RNA polymerase II CTD phosphatase homolog (S. cerevisiae)', the human Ssu72 protein, which
===Literature review===
===Literature review===
 
melenogaster
[[Ssu72 Abstract | Abstract]] |
[[Ssu72 Abstract | Abstract]] |
[[Ssu72 Introduction| Introduction]] |
[[Ssu72 Introduction| Introduction]] |

Revision as of 11:48, 11 June 2009

Evolution

Heading

Structure

Heading

Function

BLAST results

Running a protein BLAST search on the Drosophila Ssu72 protein returned a large number of highly relevant (bit score > 200) sequences that were of a very similar length (see Figure 1). However, the first 27 of those sequences were not considered relevant for a number of reasons. For instance, some were simply homologous proteins in other types of closely related Drosophila that had been identified in a similar manner to this one and for which there were no PubMed publications available and therefore no useful information; others had similarly not been functionally characterised by experimentation or structural analysis; and some were merely hypothetical proteins. The first relevant protein identified was 'SSU72 RNA polymerase II CTD phosphatase homolog (S. cerevisiae)', the human Ssu72 protein, which 

Literature review

melenogaster Abstract | Introduction | Results | Discussion | Conclusion | Method | References