Metam
ORF

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Open Reading Frame (ORF)

ORF

ID CARD

MetamORF ID

3305635

Chromosome

11

Strand

+

Start-stop positions

10751413-10779105

Nucleic length (bp)

3522

Sequences

Nucleic sequence

ATG ...

Amino acid sequence

MSR ...

Spliced: Yes

Exons

25

Exons start-end

10751413-10751457
10752672-10752770
10754958-10755197
10755678-10755795
10756749-10756838
10760173-10760321
10761947-10762054
10763431-10763538
10763643-10763879
10764112-10764201
10764308-10764436
10764548-10764731
10766402-10766490
10767806-10767991
10768074-10768161
10768343-10768491
10770210-10770326
10770487-10770632
10771545-10771616
10772520-10772655
10773127-10773273
10774012-10774169
10775207-10775303
10775521-10775633
10778679-10779105

Transcripts

1 known transcript

MetamORF
transcript ID

The MetamORF ID of the transcript. This is an arbitrary ID that does not correspond to any official (Ensembl, NCBI...) transcript ID or external reference.

Transcript
ID

The official transcript ID (usually an Ensembl ID, e.g. ENST00000395565).

Transcript biotype

The biotype of the transcript (as defined by Ensembl).

Gene ID

The gene ID. Usually the HGNC ID for H. sapiens genes and the NCBI ID for M. musculus genes.

Relative
positions

The relative positions of the start and stop codons of the ORF on the transcript.

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 flanking
sequence

The sequence flanking the start codon of the ORF on the transcript. This sequence registered the nucleotides from -6 to +4 positions, where +1 corresponds to the first nucleotide of the ORF start codon.

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.

3305630 UNKNOWN_TRANSCRIPT HGNC:16850 - Ribo-seq
1 Erhard2018
HFF
2609 ENST00000361367 protein_coding HGNC:16850 - Ribo-seq
1 Johnstone2016
    CDS
Brain_tumor,
HEK293, HeLa, HFF

Export data

Identification method

Predicted

Ribo-seq

MS

Kozak context

moderate

weak

strong

optimal

Transcript biotype

antisense

antisense_RNA

lincRNA

non_stop_decay

nonsense_mediated_decay

polymorphic_pseudogene

processed_pseudogene

processed_transcript

protein_coding

retained_intron

sense_intronic

sense_overlapping

TEC

transcribed_processed_pseudogene

transcribed_unitary_pseudogene

transcribed_unprocessed_pseudogene

unitary_pseudogene

unprocessed_pseudogene

ORF Annotations

Reading frame

Alternative

Relative position

CDS

Downstream

InCDS

Intronic

NewCDS

Overlapping

Upstream

Biotype

Intergenic

ncRNA

NMD

NSD

Pseudogene

Length

sORF

Cell types

B_cell

BJ

Blood

Brain

Brain_tumor

Breast

Flp-In_T-REx-293

guo_2014

HAP1

HCT116

HEK293

HEK293T

HeLa

hES

HFF

Jurkat

LCL

loayza_puch_2016

MDA-MB-231

MM1S

Monocyte

NCCIT

RPE-1

Skeletal_muscle

THP-1

U2OS