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History Report on CCDS ID 31539  | Interpretation | Date | Source | Comment | Data |
|---|
| CCDS: Made public |
02/26/2007 |
NCBI |
|
CCDS Release: 3 |
| CCDS: Retained |
04/30/2008 |
NCBI |
|
CCDS Release: 5 |
| CCDS: Retained |
07/28/2009 |
NCBI |
|
CCDS Release: 6 |
| CCDS: Public note |
02/24/2010 |
NCBI |
This CCDS representation uses the 5'-most in-frame start codon, which is conserved in higher primates. Two alternative downstream start codons also exist, each with stronger Kozak signals and the second being most widely conserved. It is possible that leaky scanning by ribosomes would allow either of the downstream start codons to be used, at least some of the time. The use of a downstream start codon would result in a protein that is 25 aa or 30 aa shorter at the N-terminus. There is no experimental evidence showing which start codon is preferentially used in vivo. |
CCDS version: 31539.1 |
| CCDS: Retained |
03/30/2011 |
NCBI |
|
CCDS Release: 8 |
| CCDS: Retained |
08/11/2011 |
NCBI |
|
CCDS Release: 9 |
| CCDS: Retained |
09/19/2012 |
NCBI |
|
CCDS Release: 11 |
| CCDS: Retained |
03/21/2013 |
NCBI |
|
CCDS Release: 12 |
| CCDS: Retained |
08/30/2013 |
NCBI |
|
CCDS Release: 14 |
| CCDS: Retained |
11/21/2013 |
NCBI |
|
CCDS Release: 15 |
| CCDS: Retained |
06/20/2014 |
NCBI |
|
CCDS Release: 17 |
| CCDS: Retained |
04/03/2015 |
NCBI |
|
CCDS Release: 18 |
| CCDS: Retained |
08/11/2016 |
NCBI |
|
CCDS Release: 20 |
| CCDS: Review status |
10/03/2016 |
NCBI |
|
by RefSeq, Havana and CCDS collaboration |
| CCDS: Retained |
05/16/2018 |
NCBI |
|
CCDS Release: 22 |
| CCDS: Updated |
08/10/2022 |
NCBI |
|
CCDS Release: 24 |
|
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