ELFN1-AS1: A Novel Primate Gene with Possible MicroRNA Function Expressed Predominantly in Human Tumors

Human gene LOC100505644 uncharacterized LOC100505644 [Homo sapiens] (Entrez Gene ID 100505644) is abundantly expressed in tumors but weakly expressed in few normal tissues. Till now the function of this gene remains unknown. Here we identified the chromosomal borders of the transcribed region and th...

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Main Authors: Dmitrii E. Polev, Iuliia K. Karnaukhova, Larisa L. Krukovskaya, Andrei P. Kozlov
Format: Article
Language:English
Published: Hindawi Limited 2014-01-01
Series:BioMed Research International
Online Access:http://dx.doi.org/10.1155/2014/398097
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spelling doaj-5dacb5a87dcc42bcaeafebdbfb9ca7a22020-11-24T23:22:19ZengHindawi LimitedBioMed Research International2314-61332314-61412014-01-01201410.1155/2014/398097398097ELFN1-AS1: A Novel Primate Gene with Possible MicroRNA Function Expressed Predominantly in Human TumorsDmitrii E. Polev0Iuliia K. Karnaukhova1Larisa L. Krukovskaya2Andrei P. Kozlov3Biomedical Center, 8 Vyborgskaja Street, Saint Petersburg 194044, RussiaBiomedical Center, 8 Vyborgskaja Street, Saint Petersburg 194044, RussiaBiomedical Center, 8 Vyborgskaja Street, Saint Petersburg 194044, RussiaBiomedical Center, 8 Vyborgskaja Street, Saint Petersburg 194044, RussiaHuman gene LOC100505644 uncharacterized LOC100505644 [Homo sapiens] (Entrez Gene ID 100505644) is abundantly expressed in tumors but weakly expressed in few normal tissues. Till now the function of this gene remains unknown. Here we identified the chromosomal borders of the transcribed region and the major splice form of the LOC100505644-specific transcript. We characterised the major regulatory motifs of the gene and its splice sites. Analysis of the secondary structure of the major transcript variant revealed a hairpin-like structure characteristic for precursor microRNAs. Comparative genomic analysis of the locus showed that it originated in primates de novo. Taken together, our data indicate that human gene LOC100505644 encodes some non-protein coding RNA, likely a microRNA. It was assigned a gene symbol ELFN1-AS1 (ELFN1 antisense RNA 1 (non-protein coding)). This gene combines features of evolutionary novelty and predominant expression in tumors.http://dx.doi.org/10.1155/2014/398097
collection DOAJ
language English
format Article
sources DOAJ
author Dmitrii E. Polev
Iuliia K. Karnaukhova
Larisa L. Krukovskaya
Andrei P. Kozlov
spellingShingle Dmitrii E. Polev
Iuliia K. Karnaukhova
Larisa L. Krukovskaya
Andrei P. Kozlov
ELFN1-AS1: A Novel Primate Gene with Possible MicroRNA Function Expressed Predominantly in Human Tumors
BioMed Research International
author_facet Dmitrii E. Polev
Iuliia K. Karnaukhova
Larisa L. Krukovskaya
Andrei P. Kozlov
author_sort Dmitrii E. Polev
title ELFN1-AS1: A Novel Primate Gene with Possible MicroRNA Function Expressed Predominantly in Human Tumors
title_short ELFN1-AS1: A Novel Primate Gene with Possible MicroRNA Function Expressed Predominantly in Human Tumors
title_full ELFN1-AS1: A Novel Primate Gene with Possible MicroRNA Function Expressed Predominantly in Human Tumors
title_fullStr ELFN1-AS1: A Novel Primate Gene with Possible MicroRNA Function Expressed Predominantly in Human Tumors
title_full_unstemmed ELFN1-AS1: A Novel Primate Gene with Possible MicroRNA Function Expressed Predominantly in Human Tumors
title_sort elfn1-as1: a novel primate gene with possible microrna function expressed predominantly in human tumors
publisher Hindawi Limited
series BioMed Research International
issn 2314-6133
2314-6141
publishDate 2014-01-01
description Human gene LOC100505644 uncharacterized LOC100505644 [Homo sapiens] (Entrez Gene ID 100505644) is abundantly expressed in tumors but weakly expressed in few normal tissues. Till now the function of this gene remains unknown. Here we identified the chromosomal borders of the transcribed region and the major splice form of the LOC100505644-specific transcript. We characterised the major regulatory motifs of the gene and its splice sites. Analysis of the secondary structure of the major transcript variant revealed a hairpin-like structure characteristic for precursor microRNAs. Comparative genomic analysis of the locus showed that it originated in primates de novo. Taken together, our data indicate that human gene LOC100505644 encodes some non-protein coding RNA, likely a microRNA. It was assigned a gene symbol ELFN1-AS1 (ELFN1 antisense RNA 1 (non-protein coding)). This gene combines features of evolutionary novelty and predominant expression in tumors.
url http://dx.doi.org/10.1155/2014/398097
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