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The overwhelming majority of subtype C infections in the UK occur in individuals whose reported exposure risk is heterosexual contact, and who were likely infected in Southern or Eastern Africa [18].
Similar to perinatal transmission, a severe genetic bottleneck was also involved in heterosexual transmission with the transmitted virus containing a more compact and less glycosyloated Env for subtypes A and C [19], [20] but not for the majority of subtype B infections [19], [21], [22], [23].
Overall these data stand in contrast to the majority of subtype C sequences from the UK for which similar data were available (n = 2332), most of which were obtained from individuals who were African by ethnicity and country of birth (73%), and/or reported their exposure risk as heterosexual sex (84%).
The majority of subtype C infections occurred in Southern Africa whereas subtypes A and D predominated in East Africa.
Similar(56)
There are 16 HA and nine NA identified subtypes, and the majority of subtypes (96 of 144) are found in the mallard duck (Anas platyrhynchos), assumed to be the major host and source of the influenza A viruses [6].
Protease substitutions I13V, E35D, M36I, R57K, H69K, and L89M, which serve as drug-resistance support mutations in subtype B, were present in the majority of subtype-A1 sequences of the population.
Protease substitutions I13V, E35D, M36I, R57K, H69K, and L89M, which are drug-resistance support mutations in subtype B, were present in the majority of subtype-A1 sequences of the population studied, suggesting that these sequence alterations may occur as natural polymorphisms, and may serve as genetic signatures.
Where the majority of subtypes have β-diversities similar to normal-tissue, Claudin-low and Basal-like in the polyvalent module and Basal-like, and HER2-enriched to some extent, in the signaling module show the highest β-diversity.
Because the sub-cluster corresponding to the prototypic subtype G constitute minority of the sequences, the sub-cluster containing majority of the subtype G sequences was classified as G' [15], [20], [51].
It is worth noting that the role of the cytological examination result is dominant and that characteristics, such as the woman's age and the majority of HPV subtypes as were identified by the HPV subtyping test, were not found significant to be included.
For Mrs. XET, regarding the CD4+NKG2D+ cells, three Vβ sub-types were expanded and represented the majority of Vβ subtypes (Vβ 13.2 : 19.1%, Vβ 5.2 : 16.6%, Vβ 21.3 : 15.4%).
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