The HIV-1 subsubtype A1 epidemic of the former Soviet Union (FSU) was caused by an A1 variant apparently derived from a single introduction event. We identified an A1 variant highly related to the A1 lineage circulating in the FSU in a patient from Conakry, Republic of Guinea, who was diagnosed with HIV-1 when he moved to Italy in 2002. The most probable route of infection was two blood transfusions received in his country of origin in 1998. Full-length (9781 bp) molecular characterization revealed that this strain was evolutionarily parental to, but distinct from, the A1 lineage circulating in the FSU. Similar results were obtained analyzing partial genome sequences. A full-length sequence similarity plot and bootscanning analysis supporte...
Background Subtype A accounts for only 12 % of HIV-1 infections worldwide but predominates in Russia...
Abstract Background Here, we investigated the phylogenetic relationships of the HIV-1 subtype F1 cir...
In this sequence note we describe the full-length genome sequence of an HIV-1 isolate originting fro...
The HIV-1 subsubtype A1 epidemic of the former Soviet Union (FSU) was caused by an A1 variant appare...
The HIV-1 subsubtype A1 epidemic of the former Soviet Union (FSU) was caused by an A1 variant appare...
Although HIV-1 subtype A has predominated in Russia since the end of the 20th century, other viral v...
Although HIV-1 subtype A has predominated in Russia since the end of the 20th century, other viral v...
The HIV-1 subtype A variant dominating the HIV-1 epidemics in former Soviet Union (FSU) countries (A...
HIV outbreaks in the Former Soviet Union (FSU) countries were characterized by repeated transmission...
Subtype A accounts for only 12% of HIV-1 infections worldwide but predominates in Russia and Former ...
Background: Subtype A accounts for only 12% of HIV-1 infections worldwide but predominates in Russia...
The vast majority of HIV-1 strains from the epidemic in the former Soviet Union (FSU) belong to subt...
Phylogenetic analyses demonstrate significant diversity in worldwide circulating strains of human im...
Previous studies have attempted to explore the origin of the F1 subtype, but the precise origin of t...
The HIV-1 epidemic in Russia has been insufficiently studied, with only 11 complete genome sequences...
Background Subtype A accounts for only 12 % of HIV-1 infections worldwide but predominates in Russia...
Abstract Background Here, we investigated the phylogenetic relationships of the HIV-1 subtype F1 cir...
In this sequence note we describe the full-length genome sequence of an HIV-1 isolate originting fro...
The HIV-1 subsubtype A1 epidemic of the former Soviet Union (FSU) was caused by an A1 variant appare...
The HIV-1 subsubtype A1 epidemic of the former Soviet Union (FSU) was caused by an A1 variant appare...
Although HIV-1 subtype A has predominated in Russia since the end of the 20th century, other viral v...
Although HIV-1 subtype A has predominated in Russia since the end of the 20th century, other viral v...
The HIV-1 subtype A variant dominating the HIV-1 epidemics in former Soviet Union (FSU) countries (A...
HIV outbreaks in the Former Soviet Union (FSU) countries were characterized by repeated transmission...
Subtype A accounts for only 12% of HIV-1 infections worldwide but predominates in Russia and Former ...
Background: Subtype A accounts for only 12% of HIV-1 infections worldwide but predominates in Russia...
The vast majority of HIV-1 strains from the epidemic in the former Soviet Union (FSU) belong to subt...
Phylogenetic analyses demonstrate significant diversity in worldwide circulating strains of human im...
Previous studies have attempted to explore the origin of the F1 subtype, but the precise origin of t...
The HIV-1 epidemic in Russia has been insufficiently studied, with only 11 complete genome sequences...
Background Subtype A accounts for only 12 % of HIV-1 infections worldwide but predominates in Russia...
Abstract Background Here, we investigated the phylogenetic relationships of the HIV-1 subtype F1 cir...
In this sequence note we describe the full-length genome sequence of an HIV-1 isolate originting fro...