lot of possibilities, but the main ones are to go to the NCBI or UCSC database (for instance, just type NCBI XXXX YYYY UTR region, where XXXX is your bacteria and YYYY your gene) in google.
or just give the species and target in research gate...maybe someone could answer ;)
To find the untranslated region (UTR) sequence of a particular bacterial mRNA using bioinformatics, you can follow these general steps:
Obtain the mRNA sequence of the target gene from a reliable database or through experimental methods.
Use bioinformatics databases that provide genomic and transcriptomic information for bacteria. Databases like NCBI (National Center for Biotechnology Information), Ensembl, or UniProt are commonly used.
Use the gene identifier or gene name to locate the gene of interest in the chosen database.
Once you have located the gene, retrieve information about its transcripts. Look for the mRNA sequence and annotations.
Examine the annotations to identify the start and end positions of the coding sequence (CDS). The regions flanking the CDS are likely to be the UTRs. Extract the UTR sequences based on the identified start and end positions. You may need to consider both the 5' UTR (upstream of the CDS) and 3' UTR (downstream of the CDS).
If the UTR information is not readily available in the database, you can use bioinformatics tools to predict UTRs. Tools like AUGUSTUS, GeneMark, or UTRscan can help in predicting UTRs based on the gene's coding sequence.
If possible, verify the predicted UTR sequences with experimental data. This could include data from RNA-seq experiments or other functional genomics studies.
As Mr.Kurshid suggested you can try it in a logical sequence. My suggestion is try using the "BLAST" tool from NIH website for the steps -5. Examine the annotations...,6. Predict the UTR....