AbstractThree short (7 to 9 nucleotides) highly conserved nucleotide sequences were identified in the putative promoter regions (150 bp upstream and 50 bp downstream of the ATG translation start site) of three members of the genus Chlorovirus, family Phycodnaviridae. Most of these sequences occurred in similar locations within the defined promoter regions. The sequence and location of the motifs were often conserved among homologous ORFs within the Chlorovirus family. One of these conserved sequences (AATGACA) is predominately associated with genes expressed early in virus replication
Chloroviruses were discovered about 35 years ago by Dr. James Van Etten, Russel Meints, and associat...
Chloroviruses (family Phycodnaviridae) are dsDNA viruses found throughout the world's inland waters....
Plaque-forming viruses of Chlorella sp. strain NC64A are common in fresh water collected in the Peop...
Three short (7 to 9 nucleotides) highly conserved nucleotide sequences were identified in the putati...
Three short (7 to 9 nucleotides) highly conserved nucleotide sequences were identified in the putati...
AbstractThree short (7 to 9 nucleotides) highly conserved nucleotide sequences were identified in th...
Chlorella virus SC-1A encodes at least seven genes related to DNA restriction-modification, includin...
AbstractTwenty-three chlorovirus genes expressed in host cells as early as 5–10 min postinfection (p...
Chlorella viruses or chloroviruses are large, icosahedral, plaque-forming, double-stranded-DNA-conta...
AbstractForty-five kilobases of DNA, including the previously sequenced 2.2-kb inverted repeat regio...
One hundred and thirty-eight kb of DNA, including forty-five kb of DNA at the left terminus, forty-t...
AbstractForty-three kb of DNA, located at the left end (45 to 88 kb) of the 330-kb Chlorella virus P...
International audienceViruses display a wide range of genomic profiles and, consequently, a variety ...
Chloroviruses were discovered about 35 years ago by Dr. James Van Etten, Russel Meints, and associat...
Chloroviruses (family Phycodnaviridae) are dsDNA viruses found throughout the world's inland waters....
Plaque-forming viruses of Chlorella sp. strain NC64A are common in fresh water collected in the Peop...
Three short (7 to 9 nucleotides) highly conserved nucleotide sequences were identified in the putati...
Three short (7 to 9 nucleotides) highly conserved nucleotide sequences were identified in the putati...
AbstractThree short (7 to 9 nucleotides) highly conserved nucleotide sequences were identified in th...
Chlorella virus SC-1A encodes at least seven genes related to DNA restriction-modification, includin...
AbstractTwenty-three chlorovirus genes expressed in host cells as early as 5–10 min postinfection (p...
Chlorella viruses or chloroviruses are large, icosahedral, plaque-forming, double-stranded-DNA-conta...
AbstractForty-five kilobases of DNA, including the previously sequenced 2.2-kb inverted repeat regio...
One hundred and thirty-eight kb of DNA, including forty-five kb of DNA at the left terminus, forty-t...
AbstractForty-three kb of DNA, located at the left end (45 to 88 kb) of the 330-kb Chlorella virus P...
International audienceViruses display a wide range of genomic profiles and, consequently, a variety ...
Chloroviruses were discovered about 35 years ago by Dr. James Van Etten, Russel Meints, and associat...
Chloroviruses (family Phycodnaviridae) are dsDNA viruses found throughout the world's inland waters....
Plaque-forming viruses of Chlorella sp. strain NC64A are common in fresh water collected in the Peop...