Link to this post | posted 12 Apr, 2023 20:45

debbie

Hi Alison, Using the gen numbers as found in PECAAN: 30 is a Hypothetical Protein. 31 is a hit to the major tail (tail tube), 90% probability with 73% alignment. 32 is the head-to-tail adaptor because it hits "Adaptor protein Rcc01688; "neck", "portal", "capsid", "tail tube", VIRUS; 3.58A {Rhodobacter capsulatus}".. I think that Rick Alvey and David Bollivar have been publishing about Rhodobacter capsulatus. Want to ask them about this entry. This gene is in a good place to be the head-to-tail adaptor. But it really much bigger than other head-to-tail adaptors, so there is something else there. And the something else has no hits. What do you think? debbie

Link to this post | posted 10 Apr, 2023 12:15
debbie	The current position is to call membrane proteins found by DeepTMHMM. https://dtu.biolib.com/DeepTMHMM See the powerpoint at this forum post for current details. https://seaphages.org/forums/topic/5438/ debbie

Link to this post | posted 07 Apr, 2023 16:42
debbie	Kathleen, I would careful to apply minor tail proteins to small proteins, especially when they are situated in a non-canonical place. Too often, the motifs of capsid proteins and tail proteins can look very similar - too similar to know what it is! debbie

Link to this post | posted 06 Apr, 2023 17:27
debbie	Alison, Hi. The hit to tail tube protein is what we call "major tail protein". Its place in EC is in the typical position in a genome. As for what should be called a tail tube protein is something that needs further investigation. debbie Edited 06 Apr, 2023 17:30

Link to this post | posted 03 Apr, 2023 12:54
debbie	Hi Ellen, If you hit a single stranded DNA binding protein downstream of a RecE, it is likely that you have its companion protein, RecT-like DNA pairing protein and I would call it. To learn more about RecE and RecT, reading this paper may help. https://pubmed.ncbi.nlm.nih.gov/18923412/

Link to this post | posted 30 Mar, 2023 17:54
debbie	Hi all, It is apparent that RefSeq (GenBank records that start out NC_XXx) are not updating with any changes sent to NCBI. Use with caution. debbie

Link to this post | posted 30 Mar, 2023 17:52

debbie

Hi all, I just checked Wizard, and genes 16 (capsid maturation protease), 19 (major capsid hexamer protein) and 20 (Hypotheticall Protein) are all correct at phagesDB, Phamerator and in the Genbank file KU998234. They are disparate in the RefSeq file (NC_030913) at GenBank, BUT we have no control over their updates. Avoid RefSeq files as much as possible, because we cannot update them. Since Phamerator and phagesDB are informed by the same data set, they will always be the same unless you catch them in their updates. As for forums and such, since most folks ask questions when their genome is in draft form, lease ignore the number and refer to a gene by its stop. Currently as we are curate files (for functional calls) that information goes to GenBank first, then those changes are recognized and phamerated. that output is then picked up web Phamerator, phagesdb, starterator and their outputs are then posted. The timing for each program is automated and set differently for each one, but as updates post, the rest is then processed and posted pretty quickly. debbie

Link to this post | posted 30 Mar, 2023 16:18
debbie	Hi Beth, Before trying anything else, have your students close the program (maybe even restart their computer) and then try again. debbie

Link to this post | posted 29 Mar, 2023 12:54
debbie	I am willing to call this a head-to-tail stopper because the first hit is to gp20 of L5. while we have not updated the label of that gene, when you HHpred it, it is a good hit to the 5A21_G project, which is the gene that we are assigning the function had-to-tail stopper. debbie

Link to this post | posted 29 Mar, 2023 12:44
debbie	I would call this the helicase loader. I am not sure of the answer to your questions, but it is in the neighborhood. debbie