CCDS Report for Consensus CDS

Collaborators
EBI
HGNC
MGI
NCBI

Genome Displays

Interpretation	Date	Source	Comment	Data
CCDS: Made public	04/30/2008	NCBI		CCDS Release: 5
CCDS: Retained	07/28/2009	NCBI		CCDS Release: 6
CCDS: Public note	03/05/2010	NCBI	This CCDS representation uses the 5'-most in-frame start codon, which is conserved in other vertebrates, including mouse, opossum, pig and zebrafish. An alternative downstream start codon, which has a stronger Kozak signal, also exists. It is possible that leaky scanning by ribosomes would allow the downstream start codon to be used, at least some of the time. The use of the downstream start codon would result in a protein that is 19 aa shorter at the N-terminus. There is no experimental evidence showing which start codon is preferentially used in vivo.	CCDS version: 42440.1
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: Retained	08/10/2022	NCBI		CCDS Release: 24

	Links Key
	Links to:	History report BLAST report Entrez Gene Nucleotide report Protein report
	Re-query CCDS DB by:	CCDS ID Gene ID Nucleotide ID Protein ID
	Genome Browser Links:	Ensembl Genome Browser NCBI Sequence Viewer UCSC Genome Browser VEGA Genome Browser