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. 2019 Jul 5;74(11):3135–3149. doi: 10.1093/jac/dkz256

Table 1.

HIV-1 group M viruses developing integrase mutations during in vitro passage experimentsa

Position (Cons)
51 66 92 118 138 140 147 148 153 263
AuthorYr Parent virusb (H) (T) (E) (G) (E) (G) (S) (Q) (S) (R)
Kobayashi11 NL43 F/Y
Quashie12 clinical (n= 3) K
clinical K K
clinical Y K
clinical (C) Y R
clinical (C) Y T
clinical (02) R
clinical (02) Y K
Oliveira14 NL43 K
NL43-118R I K
NL43-51Y/263K K
Anstett15 NL43 K
NL43-92Q K
NL43-140S R
NL43-140S/148R Y
NL43-155H K
Departureaux15 NL43 Y
Seki15 NL43 Q
NL43-148H K S
NL43-148K K
NL43-148R K S
Brenner16 NL43-118R I K
clinical-118R (C) A K
Oliveira16 NL43 F K
Brenner17 clinical Y
clinical (n= 6) K
clinical F K
clinical (n= 2) Y
Andreatta18 LAI (n= 2) Y
LAI-155H N
LAI-148R K
Oliveira18 NL43 K
NL43-157Q K
clinical Y
clinical (n= 6) K
clinical Y G
clinical F
clinical (C) K
clinical (01) K
clinical (02) K
clinical-157Q (n= 3) K
clinical-157Q (D) K
clinical-157Q (D) F

Cons, consensus subtype B amino acid.

a

Columns contain established non-polymorphic INSTI resistance mutations. Mutations not shown include: M50I in two non-mutated viruses (Quashie12 and Oliveria14); E157Q in two viruses (Oliveira18); 101I/124A (Kobayashi11); 262K with NL43-51Y (Oliveira14); 75I/97A/154I in addition to 138K/140S in NL43-148H (Seki15); 193E with 51Y/153T in Clinical (C) (Quashie12) and with 92Q in NL43 (Seki15); 234F with 153Y in LAI (Andreatta18); 144D in LAI with the RT mutation 184V; 95K/146R in Clinical (Oliveira18).

b

Clinical: virus isolates obtained from INSTI-naive individuals lacking known INSTI resistance mutations. NL43 and LAI are WT laboratory strains. Drug-resistance mutations in laboratory strains were placed by site-directed mutagenesis. Non-B subtypes are indicated in parentheses: C, D, CRF01_AE (01), and CRF02_AG (02). Replicate experiments yielding the same results are followed by the number of experiments (n) in parentheses. Notes: 22 subtype B are not shown including one developing polypurine tract mutations and 21 that did not develop mutations, including those with parent viruses 92Q (2), 92Q/155H (1), 51Y/118R (1), 143C (1), 143R (1), 148R (1), 155H (1), 263K (2), RT-65R (1), RT-184V/I (2) and 8 without mutations.