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Finding EntreZ IDs for refseq IDs

Hi all,

I have a list of bacterial RefSeq IDs corresponding to protein sequences (e.g., WP_007430823.1, WP_019686959.1, etc.). I need to retrieve the corresponding EntreZ IDs for these RefSeq IDs, in order to cotinue the RNA-seq downstream analysis (GO enrichment analysis ).

Here's part of these IDs: WP_007430823.1 WP_019686959.1 WP_016819208.1 WP_017428688.1 WP_017425888.1 WP_017426648.1 WP_013371668.1 WP_014280599.1 WP_010349214.1 WP_015737018.1 WP_016819923.1 WP_010347247.1 WP_017427551.1 WP_013373716.1 WP_019687916.1 WP_016822762.1 WP_013373542.1 WP_014278585.1 WP_010347544.1 WP_014278774.1 WP_016822628.1 WP_019638366.1

I followed the post : [Convert RefseqID to EntrezID], and Couldnot find any match using all the following databas-tools;

NCBI Batch Entrez tool

https://david.ncifcrf.gov/conversion.jsp

Uniprot (https://www.uniprot.org/id-mapping/)

https://useast.ensembl.org/Homo_sapiens/Tools/IDMapper

https://biit.cs.ut.ee/gprofiler/gost

Could someone guide me on the most effective way to obtain the EntreZ IDs for these RefSeq IDs, considering the issues I'm facing with the NCBI Batch Entrez tool? Are there alternative methods or tools that might be more suitable for this task?

Any help or suggestions would be greatly appreciated. Thank you!

rna-seq
• 2,087 views • link
written by Pegasus • Pegasus

1 answer

You can use EntrezDirect.

$ esearch -db protein -query WP_007430823 | esummary | xtract -pattern DocumentSummary -element Id
494672882
$ esearch -db protein -query WP_013373542.1 | esummary | xtract -pattern DocumentSummary -element Id
503138881

These are multi-species records so they don't point to a single organism.

• 0 views • link
written by GenoMax GenoMax

Thank you GenoMax, it worked perfectly. I Couldnt find the reply button, so I use add comment instead.

However, I am still facing the same issue. Althogh I got the EntreZ IDs, these IDs were not recognized by any GO enrichment analysis. tool.

As you mentioned, these IDs belong to different species, and this is why they dont fit an exact organism, and this is likely the reason I cannot continue the downstream analysis using these IDs.

example of these IDs: 494672882 518516752 515233603 515998105 515995305 515996065 503137007 504046605 498035058 506217243 515235573 498033091 515996968 503139055 518517709 515241838 503138881 504044591

Any suggession ore recmmendation would be very helpful

Thank you

• 0 views • link
written by Pegasus • Pegasus

How did you end up with these accessions in first place? Is this metatranscriptome data?

• 0 views • link
written by GenoMax GenoMax

No, its a new bacterial isolate > spads > Prokaryotis NCBI annotation pipeline . In assembly fasta.file, I get customized IDs (unidentifed) > (locus_tag = gene_ids = the costumized IDs). Coressponding RefSeq IDs were extracted from the GTF file, and converted to enterZ IDs following your post steps. So its a single bacterial genomic data. Nevertheless, I agree with what you mentioned before that "These are multispecies records", because the NCBI team has confirmed that annotating a non-modal bacterial genome may include refseq IDs that match a group of bacterial genomes. Due to the fact that all gene enrichment tools could not recognize the customized locus_tags nor the RefSeq / enreZ IDs, the RNA-seq analysis starting from this bacterial strain could not proceed.

• 0 views • link
written by Pegasus • Pegasus

Surely you know what the organism you are working with is and thus use one of the related genomes to "liftover" annotation where possible?

• 0 views • link
written by GenoMax GenoMax

do u mean annnotate the assembly using another reference genome (close)?, but then how can I align the locus_tages of my genes with the generated ones in the new annotation file.. they will have different ids

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written by Pegasus • Pegasus

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