HIV molecular immunology database
Found 1 matching record:
HXB2 Location | gp160(352-361) | gp160 Epitope Map
View variants at this location |
||||||||||
---|---|---|---|---|---|---|---|---|---|---|---|---|
Epitope |
QFRNKTIVF
|
Epitope Alignment | ||||||||||
Variants |
|
|||||||||||
Species (MHC/HLA) | human(C*04:01) |
Showing all: 3 variant(s).
Variant ID. | 2813 |
---|---|
Epitope Seq. | QFRNKTIVF |
Variant Seq. | QFkNKTIVF |
Mutations | R/K |
Epitope Location | R3K |
HXB2 Location | R354K |
Mutation Type | IE: inferred escape |
Epitope Subtype | B |
Variant Subtype | B |
Method | Sequence |
Note | 11/15, 12/12, 4/5, 10/12 and 3/5 sequences of epitope QFRNKTIVF varied at 14, 32, 102, 159 and 592 DFOSx to QFkNKTIVF. Position 354 in the epitope is marked as being under selection to vary. |
Variant ID. | 2815 |
---|---|
Epitope Seq. | QFRNKTIVF |
Variant Seq. | QFRNKaIVF |
Mutations | T/A |
Epitope Location | T6A |
HXB2 Location | T357A |
Mutation Type | OV: observed variant |
Epitope Subtype | B |
Variant Subtype | B |
Method | Sequence |
Note | 1/15 sequences of epitope QFRNKTIVF varied at 14 DFOSx to QFRNKaIVF. |
Variant ID. | 2817 |
---|---|
Epitope Seq. | QFRNKTIVF |
Variant Seq. | QFnNKTIVF |
Mutations | R/N |
Epitope Location | R3N |
HXB2 Location | R354N |
Mutation Type | IE: inferred escape |
Epitope Subtype | B |
Variant Subtype | B |
Method | Sequence |
Note | 1/5 and 2/12 sequences of epitope QFRNKTIVF varied at 102 and 159 DFOSx to QFnNKTIVF. |
Ferrari2011 Guido Ferrari, Bette Korber, Nilu Goonetilleke, Michael K. P. Liu, Emma L. Turnbull, Jesus F. Salazar-Gonzalez, Natalie Hawkins, Steve Self, Sydeaka Watson, Michael R. Betts, Cynthia Gay, Kara McGhee, Pierre Pellegrino, Ian Williams, Georgia D. Tomaras, Barton F. Haynes, Clive M. Gray, Persephone Borrow, Mario Roederer, Andrew J. McMichael, and Kent J. Weinhold. Relationship between Functional Profile of HIV-1 Specific CD8 T Cells and Epitope Variability with the Selection of Escape Mutants in Acute HIV-1 Infection. PLoS Pathog., 7(2):e1001273, 2011. PubMed ID: 21347345. Show all entries for this paper.