convert_gff3_to_gbk.py, add full support for non-protein-coding genes

[jorvis]

convert_gff3_to_gbk.py, add full support for non-protein-coding genes

[mikemc]

Came to post an issue but I think I'm having the same problem noted above, so will just add a concrete example of why this is a problem. I am trying to extract 16S sequences that are annotated in a GenBank file (example). The fact that a gene is the 16S sequence is identified by the product name in the GenBank file,

     gene            517900..517988
                     /locus_tag="SAMN05444282_102329"
     rRNA            517900..517988
                     /locus_tag="SAMN05444282_102329"
                     /product="16S ribosomal RNA . Bacterial SSU"

However, the product name doesn't make it into the GFF3 file and so it is impossible to select the 16S sequences downstream separately from other rRNA's,

FNQD01000002	GenBank	gene	517900	517988	.	+	.	ID=SAMN05444282_102329;locus_tag=SAMN05444282_102329
FNQD01000002	GenBank	rRNA	517900	517988	.	+	.	ID=SAMN05444282_102329.rRNA.1;Parent=SAMN05444282_102329

[jorvis]

I'll see if I can get this added tonight.

[jorvis]

Last night has shifted into today.

[jorvis]

@mikemc Is it possible to attach your GBK file so I can test with it, or is it private?

[mikemc]

@jorvis The example I gave is from this GenBank file

[jorvis]

@mikemc - The current version of the code should fix your issue. The tRNAs now export with anticodon reported and rRNAs with product. I'm not closing this ticket yet, as what @jonathancrabtree reported is actually the reverse conversion, going from GFF3 -> GBK.

[jorvis]

Closing. I've now confirmed retention of annotation of tRNAs and rRNAs from source Genbank Flat file, converted to GFF3, then converted back to Genbank.

[mikemc]

Great, thanks @jorvis! I haven't had a chance to test yet but sounds like this covers my issue.