HIV molecular immunology database
Found 1 matching record:
HXB2 Location | Pol(423-431) | Pol Epitope Map
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Epitope |
SQIYAGIKV
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Epitope Alignment | ||||||||||
Variants |
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Epitope Name | PolSV9 | |||||||||||
Species (MHC/HLA) | human(A*02:06) |
Showing all: 3 variant(s).
Variant ID. | 3914 |
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Epitope Seq. | SQIYAGIKV |
Variant Seq. | SQIYpGIKV |
Mutations | A/P |
Epitope Location | A5P |
HXB2 Location | A427P |
Mutation Type | OV: observed variant |
Epitope Subtype | B |
Variant Subtype | B |
Method | Sequence |
Note | Pol SQIYAGIKV variant, 5P, SQIYpGIKV, was seen at 37.5% in sequences from the Los Alamos database, but at 47.7% in this Japanese cohort. Variant PolSV9-5P and another variant, SV9-5P9I were cross-recognized in 3/4 HLA-A*0206 subjects - KI-763, KI-912, KI-926 but not KI-643. |
Variant ID. | 3915 |
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Epitope Seq. | SQIYAGIKV |
Variant Seq. | SQIYpGIKi |
Mutations | A/P V/I |
Epitope Location | A5P V9I |
HXB2 Location | A427P V431I |
Mutation Type | OV: observed variant |
Epitope Subtype | B |
Variant Subtype | B |
Method | Sequence |
Note | Pol SQIYAGIKV variant, SQIYpGIKi (5P9I), was seen at 2.4% in sequences from the Los Alamos database, but at 14.8% in this Japanese cohort. PolSV9-5P9I and another variant, SV9-5P were cross-recognized in 3/4 HLA-A*0206 subjects - KI-763, KI-912, KI-926 but not KI-643. |
Variant ID. | 3916 |
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Epitope Seq. | SQIYAGIKV |
Variant Seq. | SQIYsGIKV |
Mutations | A/S |
Epitope Location | A5S |
HXB2 Location | A427S |
Mutation Type | OV: observed variant |
Epitope Subtype | B |
Variant Subtype | B |
Method | Sequence |
Note | Pol SV9 SQIYAGIKV variant, SQIYsGIKV, was seen at 3.7% in sequences from the Los Alamos database, but at 9.4% in this Japanese cohort. |
Murakoshi2015 Hayato Murakoshi, Tomohiro Akahoshi, Madoka Koyanagi, Takayuki Chikata, Takuya Naruto, Rie Maruyama, Yoshiko Tamura, Naoki Ishizuka, Hiroyuki Gatanaga, Shinichi Oka, and Masafumi Takiguchi. Clinical Control of HIV-1 by Cytotoxic T Cells Specific for Multiple Conserved Epitopes. J. Virol., 89(10):5330-5339, May 2015. PubMed ID: 25741000. Show all entries for this paper.