CCDS Report for Consensus CDS

Collaborators
EBI
HGNC
MGI
NCBI

Genome Displays

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	11/06/2009	NCBI	This CCDS representation is supported by transcript data, including the mRNAs BC088357.1 and AK313221.1. The 5'-most in-frame translational start codon is annotated, but it should be noted that this start codon is specific to primate species. This start codon also has a weak Kozak signal, and thus it is possible that leaky scanning by the ribosome will sometimes occur to allow initiation at a downstream start codon. The downstream start codon has a stronger Kozak signal and is much more widely conserved. Translation from the downstream start codon would result in a protein that is 11 aa shorter at the N-terminus. An alternative 5' end variant that encodes the shorter protein is represented by CCDS3831.1.	CCDS version: 34108.1
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
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