AbstractIn order to explore the mechanism of geminivirus DNA replication, we show that the Replication initiator (Rep) protein encoded by Mungbean yellow mosaic India virus (MYMIV), a member of the family Geminiviridae, binds specifically to the iterons present in the viral DNA replication origin (CR-A) in a highly ordered manner that might be a prerequisite for the initiation of replication. MYMIV Rep also acts as a helicase during the post-initiation stage and is upregulated in presence of the RPA32 subunit of Replication Protein A. The implication of these findings on the initiation and elongation stages of MYMIV DNA replication has been discussed
ABSTRACT The replication of members of the two circular single-stranded DNA (ssDNA) virus families G...
AbstractGeminiviruses are plant DNA viruses replicating by a rolling circle mechanism. We have inves...
Includes bibliographical references.Geminiviruses replicate via a rolling circle mechanism, which in...
In order to explore the mechanism of geminivirus DNA replication, we show that the Replication initi...
AbstractIn order to explore the mechanism of geminivirus DNA replication, we show that the Replicati...
Geminiviridae is a large family of single stranded DNA plant viruses, transmitted by white fly Bames...
Geminiviridae is a large family of single stranded DNA plant viruses, transmitted by white fly Bames...
In addition to their encapsidation function, viral coat proteins (CP) contribute to viral life cycle...
Geminiviruses primarily encode only few factors, such as replication initiator protein (Rep), and ne...
AbstractGeminivirus DNA replication during the rolling-circle stage depends on the use of a DNA prim...
AbstractInitiation of geminivirus DNA replication depends on the activity of the initiator protein (...
AbstractThe replication initiator (Rep) proteins of geminiviruses perform a DNA cleavage and strand ...
AbstractThe plant-infecting mastreviruses (family Geminiviridae) express two distinct replication-in...
International audienceThe replication of members of the two circular single-stranded DNA (ssDNA) vir...
AbstractThe 682-nt satellite DNA (sat-DNA) of Tomato leaf curl virus (TLCV) depends on the helper vi...
ABSTRACT The replication of members of the two circular single-stranded DNA (ssDNA) virus families G...
AbstractGeminiviruses are plant DNA viruses replicating by a rolling circle mechanism. We have inves...
Includes bibliographical references.Geminiviruses replicate via a rolling circle mechanism, which in...
In order to explore the mechanism of geminivirus DNA replication, we show that the Replication initi...
AbstractIn order to explore the mechanism of geminivirus DNA replication, we show that the Replicati...
Geminiviridae is a large family of single stranded DNA plant viruses, transmitted by white fly Bames...
Geminiviridae is a large family of single stranded DNA plant viruses, transmitted by white fly Bames...
In addition to their encapsidation function, viral coat proteins (CP) contribute to viral life cycle...
Geminiviruses primarily encode only few factors, such as replication initiator protein (Rep), and ne...
AbstractGeminivirus DNA replication during the rolling-circle stage depends on the use of a DNA prim...
AbstractInitiation of geminivirus DNA replication depends on the activity of the initiator protein (...
AbstractThe replication initiator (Rep) proteins of geminiviruses perform a DNA cleavage and strand ...
AbstractThe plant-infecting mastreviruses (family Geminiviridae) express two distinct replication-in...
International audienceThe replication of members of the two circular single-stranded DNA (ssDNA) vir...
AbstractThe 682-nt satellite DNA (sat-DNA) of Tomato leaf curl virus (TLCV) depends on the helper vi...
ABSTRACT The replication of members of the two circular single-stranded DNA (ssDNA) virus families G...
AbstractGeminiviruses are plant DNA viruses replicating by a rolling circle mechanism. We have inves...
Includes bibliographical references.Geminiviruses replicate via a rolling circle mechanism, which in...