CDS complement (287 - 640) /note=Both Glimmer and GeneMark state the starting base pair (bp) that begins at 640. The starterator has 1 manual annotation saying this is the starting point for this gene. This is a gene due to having high coding potential in GeneMark, it has over 120 bp (it`s 354 bp), the gap, spacer, z-score, and final score all indicate it is a gene plus, it`s the longest open reading frame (LORF). The predicted function I was able to identify with the evidence from PhagesDB and NCBI blast, its function is a hypothetical protein. It`s most aligned with the GI Cluster Bacteriophage PineapplePizza. They had also annotated it as a hypothetical protein. CDS complement (649 - 846) /note=Both Glimmer and GeneMark state the starting base pair (bp) that begins at 846. The starterator has 1 manual annotation saying this is the starting point for this gene. This is a gene due to having high coding potential in GeneMark, it has over 120 bp (it`s 198 bp), the gap, spacer, z-score, and final score all indicate it is a gene plus, it`s the longest open reading frame (LORF). The predicted function I was able to identify with the evidence from PhagesDB and NCBI blast, its function is a hypothetical protein. It`s most aligned with the GI Cluster Bacteriophage PineapplePizza. They had also annotated it as a hypothetical protein. CDS 1294 - 1725 /note=Both Glimmer and GeneMark state the starting base pair (bp) that begins at 501. The starterator does not have a manual annotation, so it was not able to provide any beneficial evidence. This is a gene due to having high coding potential in GeneMark, it has over 120 bp (it`s _ bp), the gap, spacer, z-score, and final score all indicate it is a gene even though it is not the longest open reading frame (LORF). For function, compared mainly to final annotations of other GI phages like PineapplePizza, supported by BLAST and HHPRED hits. No membrane binding domain.The predicted function I was able to identify is an SSB protein. CDS 1788 - 2555 /note=Both Glimmer and GeneMark state the starting base pair (bp) that begins at 1788 bp. The Starterator has 8 manual annotations saying this is the starting point for this gene. This is a gene due to having high coding potential in GeneMark, it has over 120 bp (it`s 768 bp), the gap, spacer, z-score, and final score all indicate it is a gene plus, it`s the longest open reading frame (LORF). The predicted function I was able to identify with the evidence from PhagesDB, HHPRED, and NCBI blast, its function is a DNA Terminal Protein. It`s most aligned with the GI Cluster Bacteriophage PineapplePizza. They had also annotated it as a DNA Terminal Protein. CDS 2671 - 4260 /note=Both Glimmer and GeneMark state the starting base pair (bp) that begins at 2,671 bp. The starterator has 1 manual annotation saying this is the starting point for this gene. This is a gene due to having high coding potential in GeneMark, it has over 120 bp (it`s 1,590 bp), the gap, spacer, z-score, and final score all indicate it is a gene, but we did not choose the longest open reading frame (LORF), as the one we chose has a better start cite (ATG) instead of GTG. The predicted function I was able to identify with the evidence from PhagesDB, HHPRED, and NCBI blast, its function is a DNA Polymerase. It`s most aligned with the GI Cluster Bacteriophage PineapplePizza. They had also annotated it as a DNA Polymerase. CDS 4304 - 4624 /note=Both Glimmer and GeneMark state the starting base pair (bp) that begins at 4,304 bp. The starterator has 2 manual annotations saying this is the starting point for this gene. This is a gene due to having high coding potential in GeneMark, it has over 120 bp (it`s 321 bp), the gap, spacer, z-score, and final score all indicate it is a gene even though we did not choose the longest reading open frame (LORF), it has a better start cite (ATG) than GTG.. The only function that is presented for this gene that I was able to identify with the evidence from PhagesDB and NCBI blast, its function is a hypothetical protein. It`s most aligned with the GI Cluster Bacteriophage PineapplePizza. They had also annotated it as an unknown function, also known as a hypothetical protein. CDS 4802 - 5137 /note=Both Glimmer and GeneMark state the starting base pair (bp) that begins at 4,802 bp. The starterator has zero manual annotations, meaning it was not informative (NI). This is a gene due to having high coding potential in GeneMark, it has over 120 bp (it`s 336 bp), the gap, spacer, z-score, and final score all indicate it is a gene plus, it`s the longest open reading frame (LORF). The only function that is presented for this gene that I was able to identify with the evidence from PhagesDB, its function is a hypothetical protein. It`s most aligned with the GI Cluster Bacteriophage PineapplePizza. They had also annotated it as an unknown function, also known as a hypothetical protein. CDS 5137 - 6555 /note=Both Glimmer and GeneMark state the starting base pair (bp) that begins at 5,137. The starterator has 15 manual annotations saying this is the starting point for this gene. This is a gene due to having high coding potential in GeneMark, it has over 120 bp (it`s 1,419 bp), the gap, spacer, z-score, and final score all indicate it is a gene plus, it`s the longest open reading frame (LORF). The predicted function I was able to identify with the evidence from PhagesDB, HHPRED, and NCBI blast, its function is a Major Capsid Protein. It`s most aligned with the GI Cluster Bacteriophage PineapplePizza. They had also annotated it as a Major Capsid Protein. CDS 6640 - 8718 /note=Both Glimmer has a start of 6,640 bp and GeneMark has a start of 6724. The starting base pair (bp) I picked begins at 6,640 bp. The starterator has 1 manual annotation saying this is the starting point for this gene. This is a gene due to having high coding potential in GeneMark, it has over 120 bp (it`s 2079 bp), the gap, spacer, z-score, and final score all indicate it is a gene plus, it`s the longest open reading frame (LORF). The predicted function I was able to identify with the evidence from PhagesDB, HHPRED, and NCBI blast, its function is a Tail Knob Protein. It`s most aligned with the GI Cluster Bacteriophage PineapplePizza. Minor tail proteins that PineapplePizza have identified using Alpha fold as these undocumented genes and we`re following their usage. CDS 8715 - 9659 /note=Both Glimmer and GeneMark state the starting base pair (bp) that begins at 8,715 bp. The starterator has 14 manual annotations saying this is the starting point for this gene. This is a gene due to having high coding potential in GeneMark, it has over 120 bp (it`s 945 bp), the gap, spacer, z-score, and final score all indicate it is a gene plus, it`s the longest open reading frame (LORF). The predicted function I was able to identify with the evidence from PhagesDB, HHPRED, and NCBI blast, its function is an Upper Collar Protein. It`s most aligned with the GI Cluster Bacteriophage PineapplePizza. Minor tail proteins that PineapplePizza have identified using Alpha fold as these undocumented genes and we`re following their usage. CDS 9659 - 10372 /note=Both Glimmer and GeneMark state the starting base pair (bp) that begins at 9,659 bp. The starterator has 3 manual annotations saying this is the starting point for this gene. This is a gene due to having high coding potential in GeneMark, it has over 120 bp (it`s 714 bp), the gap, spacer, z-score, and final score all indicate it is a gene plus, it`s the longest open reading frame (LORF). The predicted function I was able to identify with the evidence from PhagesDB, HHPRED, and NCBI blast, its function is a Lower Collar Protein. It`s most aligned with the GI Cluster Bacteriophage PineapplePizza. Minor tail proteins that PineapplePizza have identified using Alpha fold as these undocumented genes and we`re following their usage. CDS 10378 - 12345 /note=Both Glimmer and GeneMark state the starting base pair (bp) that begins at 10,378 bp. The starterator has 1 manual annotation saying this is the starting point for this gene. This is a gene due to having high coding potential in GeneMark, it has over 120 bp (it`s 1,968 bp), the gap, spacer, z-score, and final score all indicate it is a gene plus, it`s the longest open reading frame (LORF). The predicted function I was able to identify with the evidence from PhagesDB, HHPRED, and NCBI blast, its function is a Pre-Neck Appendage Protein. It`s most aligned with the GI Cluster Bacteriophage PineapplePizza. Minor tail proteins that PineapplePizza has identified using Alpha fold as these undocumented genes and we`re following their usage. CDS 12355 - 13050 /note=The Glimmer and GeneMark have mixed starting base pairs (bp). Starterator had no information regarding this gene as it hasn’t been annotated (it was not informative). We decided to go with neither and choose the best one that fit the requirements for a gene. It starts at 12,355 bp. This is a gene due to having high coding potential in GeneMark, it has over 120 bp (it`s 696 bp), has the smallest gap, spacer, z-score, and final score all indicate it is a gene plus, it`s the longest open reading frame (LORF) with a better start site (ATG). The predicted function I was able to identify with the evidence from PhagesDB and NCBI blast, its function is an Endolysin, Protease M15 Domain. It`s most aligned with the GI Cluster Bacteriophage PineapplePizza. Function drop down list did not have the gene function name, but PineapplePizza is also calling their gene an Endolysin, Protease M15 Domain. CDS 13105 - 13740 /note=Going against the Glimmerstart and GeneMark because it adheres to the preferred/suggested start from Starterator and the scores are quite similar to the one that Glimmerstart and GeneMark had presented. We decided to go with neither and choose the best one that fit the requirements for a gene based on Starterator as it has 5 manual annotations. It starts at 13,105 bp. This is a gene due to having high coding potential in GeneMark, it has over 120 bp (it`s 636 bp), has the smallest gap, spacer, z-score, and final score all indicate it is a gene, even though it isn’t the longest open reading frame (LORF). The predicted function I was able to identify with the evidence from PhagesDB and NCBI blast, its function is an Endolysin, Protease M23 Domain. It`s most aligned with the GI Cluster Bacteriophage PineapplePizza. Function drop down list did not have the gene function name, but PineapplePizza is also calling their gene an Endolysin, Protease M23 Domain. CDS 13740 - 14801 /note=Both Glimmer and GeneMark state the starting base pair (bp) that begins at 13,740 bp. The starterator has 1 manual annotation saying this is the starting point for this gene. This is a gene due to having high coding potential in GeneMark, it has over 120 bp (it`s 1,062 bp), the gap, spacer, z-score, and final score all indicate it is a gene plus, it`s the longest open reading frame (LORF). The predicted function I was able to identify with the evidence from PhagesDB, HHPRED, and NCBI blast, its function is a Terminase. It`s most aligned with the GI Cluster Bacteriophage PineapplePizza. They had also annotated it as a Terminase. CDS 14810 - 15007 /note=Both Glimmer and GeneMark state the starting base pair (bp) that begins at 14,810 bp. The starterator has 2 manual annotations saying this is the starting point for this gene. This is a gene due to having high coding potential in GeneMark, it has over 120 bp (it`s 198 bp), the gap, spacer, z-score, and final score all indicate it is a gene plus, it`s the longest open reading frame (LORF). The predicted function I was able to identify with the evidence from PhagesDB, DeepTMHMM, and NCBI blast, its function is a Membrane Protein. It`s most aligned with the GI Cluster Bacteriophage PineapplePizza. They had also annotated it as a function unknown (also called a hypothetical or membrane protein based on DeepTMHMM data). CDS 15011 - 15205 /note=Both Glimmer and GeneMark state the starting base pair (bp) that begins at 15,011 bp. The starterator has 1 manual annotation saying this is the starting point for this gene. This is a gene due to having high coding potential in GeneMark, it has over 120 bp (it`s 195 bp), the gap, spacer, z-score, and final score all indicate it is a gene plus, it`s the longest open reading frame (LORF). The predicted function I was able to identify with the evidence from PhagesDB, HHPRED, DeepTMHMM, and NCBI blast, its function is a holin (though it is close but not adjacent to the endolysins). It`s most aligned with the GI Cluster Bacteriophage PineapplePizza. CDS 15410 - 15589 /note=Glimmer and GeneMark have mixed starting base pairs (bp) and Starterator wasn’t found informative, so we’ve decided to go with GeneMark as it’s the best one. The starting base pair begins at 15,410 bp. This is a gene due to having high coding potential in GeneMark, it has over 120 bp (it`s 180 bp), the gap, spacer, z-score, and final score all indicate it is a gene even though it isn’t the longest open reading frame (LORF). The predicted function I was able to identify with the evidence from PhagesDB and NCBI blast, its function is a hypothetical protein. It`s most aligned with the GI Cluster Bacteriophage PineapplePizza. They had also annotated it as a function unknown (also known as a hypothetical protein). CDS 15669 - 15923 /note=Both Glimmer and GeneMark state the starting base pair (bp) that begins at 15,669 bp. The starterator has 1 manual annotation saying this is the starting point for this gene. This is a gene due to having high coding potential in GeneMark, it has over 120 bp (it`s 255 bp), the gap, spacer, z-score, and final score all indicate it is a gene plus, it`s the longest open reading frame (LORF), and it’s the only gene candidate. The predicted function I was able to identify with the evidence from PhagesDB and NCBI blast, its function is a hypothetical protein. It`s most aligned with the GI Cluster Bacteriophage PineapplePizza. They had also annotated it as a function unknown (also known as a hypothetical protein). CDS 16174 - 16377 /note=Both Glimmer and GeneMark state the starting base pair (bp) that begins at 16,174 bp. The starterator has zero manual annotations, so it was found to not be informative. This is a gene due to having high coding potential in GeneMark, it has over 120 bp (it`s 237 bp), the gap, spacer, z-score, and final score all indicate it is a gene even though it’s not the longest open reading frame (LORF). The predicted function I was able to identify since there was no beneficial evidence is a hypothetical protein. There was no synteny for matching GI Bacteriophages. CDS 16377 - 16577 /note=Both Glimmer and GeneMark state the starting base pair (bp) that begins at 16,377 bp. The starterator has 1 manual annotation. This is a gene due to having high coding potential in GeneMark, it has over 120 bp (it`s 201 bp), the gap, spacer, z-score, and final score all indicate it is a gene, plus it has the longest open reading frame (LORF). I was able to identify with the evidence from PhagesDB and NCBI blast, its function is a hypothetical protein. It`s most aligned with the GI Cluster Bacteriophage PineapplePizza. They had also annotated it as a function unknown (also known as a hypothetical protein). CDS 16574 - 16756 /note=Both Glimmer and GeneMark state the starting base pair (bp) that begins at 16,574 bp. The starterator has zero manual annotation, so it was found to not be informative. This is a gene due to having high coding potential in GeneMark, it has over 120 bp (it`s 183 bp), the gap, spacer, z-score, and final score all indicate it is a gene, plus it has the longest open reading frame (LORF). The predicted function I was able to identify since there was no beneficial evidence is a hypothetical protein. There was no synteny for matching GI Bacteriophages.