Metam
ORF

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Transcript

Transcript

ID CARD

MetamORF ID

1121548

ID

ENSMUST00000186128

Name

Kdm5b-205

Strand

+

Biotype

retained_intron

Start-end positions

134587977-134590686

CDS Start-stop positions

-

CDS Relative positions

-

Sequences

Transcript sequence

TAC ...

Gene

ID

NCBI:75605

Aliases

2010009J12Rik,
2210016I17Rik, AW556288, D1Ertd202e,
ENSMUSG00000042207, Jarid1b, Kdm5b,
MGI:1922855, mKIAA4034, NCBI:75605,
OFF:Kdm5b, PLU-1, Plu1,
PUT1, Rb-Bp2, RBBP2H1A


Chr 1

ORFs

11 ORFs

MetamORF
ORF ID

The MetamORF ID of the ORF. This is an unique ID referring to the ORF.

ORF
lenght

The genomic length of the ORF (in bp). This length is defined as the sum of the lengths of each exon constituting the ORF (thus excluding its eventual introns) and includes both the start and the stop codons.

Nucleic
sequence

The nucleic sequence of the ORF.

Amino acid
sequence

The amino acid sequence of the ORF.

Identification

The method of identification used to identify the ORF. MetamORF currently integrates data from three main type of identification methods: bioinformatic predictions, ribosome profiling experiments and mass spectrometry experiments (either proteomics or proteogenomics). See the data sources section of the advances documentation for more information about this.

Start
codon

The start codon sequence of the ORF.

Kozak context

The Kozak context computed by our algorithm for the ORF on the transcript. See the Kozak contexts section of the advanced documentation for more details regarding the nomenclature we use.

Exp. count

The number of original datasets that identifed the ORF on the transcript.

Data sources

The data sources in which the ORF has been identified. Click on the button to display all the original IDs in a pop-up. See the data sources section of the advanced documentation for more details regarding the information related to the data sources and the original ORF IDs.

ORF annotations

A comma-separated list of the annotations computed by our algorithm for the ORF on the transcript. See the section dedicated to ORF annotations in the advanced documentation for more details regarding the nomenclature we use.

Cell types

A comma-separated list of the cell types in which the ORF has already been identified on the transcript.

678291 42

ATG ...

MDQ ...

Ribo-seq
ATG strong 3 sORFs_org_Mouse
    Intronic
    sORF
E14, MEF, v6-5
743951 153

GTG ...

VGL ...

Ribo-seq
GTG strong 3 sORFs_org_Mouse
    Intronic
    sORF
E14, NSC, v6-5
729730 111

TTG ...

LPP ...

Ribo-seq
TTG moderate 3 sORFs_org_Mouse
    Intronic
    sORF
E14, NSC, v6-5
716046 78

CTG ...

LWA ...

Ribo-seq
CTG moderate 3 sORFs_org_Mouse
    Intronic
    sORF
E14, NSC, v6-5
649453 147

TTG ...

LQL ...

Ribo-seq
TTG moderate 3 sORFs_org_Mouse
    Intronic
    sORF
E14, NSC, v6-5
728055 51

ATG ...

MSE ...

Ribo-seq
ATG moderate 3 sORFs_org_Mouse
    Intronic
    sORF
E14, NSC, v6-5
651603 93

TTG ...

LLL ...

Ribo-seq
TTG moderate 3 sORFs_org_Mouse
    Intronic
    sORF
E14, NSC, v6-5
715382 87

CTG ...

LVK ...

Ribo-seq
CTG moderate 3 sORFs_org_Mouse
    Intronic
    sORF
E14, NSC, v6-5
720200 141

TTG ...

LFA ...

Ribo-seq
TTG weak 3 sORFs_org_Mouse
    Intronic
    sORF
E14, NSC, v6-5
1363068 114

GTG ...

VGS ...

Ribo-seq
GTG strong 1 sORFs_org_Mouse
    Intronic
    sORF
E14
1121547 60

TTG ...

LLL ...

Ribo-seq
TTG weak 1 sORFs_org_Mouse
    Intronic
    sORF
v6-5

Export data

Identification method

Predicted

Ribo-seq

MS

Kozak context

moderate

weak

strong

optimal

Start Codon

ORF length

ORF Annotations

Reading frame

Alternative

Relative position

CDS

Downstream

InCDS

Intronic

NewCDS

Overlapping

Upstream

Biotype

Intergenic

ncRNA

NMD

NSD

Pseudogene

Length

sORF

Cell types

3T3

B_cell

BMDC

Brain

C2C12

E14

Glioma

Liver

MEF

MESC

Neutrophil

NSC

R1E

Skin_tumor

Spleen_B_cell

Testis

v6-5