, which were found to contain fewer introns..The pattern of insertion sites suggests an ongoing but uneven process of intron gain in the lineage, with perhaps a minimum of two bursts of rapid intron proliferation. We also identified several sites that represent intermediates in the process of twintron evolution, where the external intron is in place, but not the internal one, offering a glimpse into how these convoluted molecular contraptions originate
The ‘introns-late ’ theory holds that spliceosomal introns have been added to genes during eukaryoti...
There is massive variation in intron numbers across eukaryotic genomes, yet the major drivers of int...
Intron number varies considerably among genomes, but despite their fundamental importance, the mutat...
, which were found to contain fewer introns..The pattern of insertion sites suggests an ongoing but ...
Photosynthetic euglenids acquired their plastid by secondary endosymbiosis of a prasinophyte-like gr...
The 25-year-old debate about the origin of introns between proponents of "introns early" and "intron...
There is evidence that introns are basically ancient, though intron insertion events can also occur....
SummaryA new study reports creation of spliceosomal introns in multiple related fungal species by pr...
AbstractSequencing of eukaryotic genomes allows one to address major evolutionary problems, such as ...
Continued improvements in Next-Generation DNA/RNA sequencing coupled with advances in gene annotatio...
The chloroplast genes of Euglena gracilis contain more than 100 introns. A comparison of intron cont...
Twintrons represent a special intronic arrangement in which introns of two different types occupy th...
<p><b>Copyright information:</b></p><p>Taken from "Ancient intron insertion sites and palindromic ge...
<p>The genes having intron in the <i>Tillandsia usneoides</i> plastid genome and the length of the e...
Spliceosomal introns are pervasive in eukaryotes. Intron gains and losses have occurred throughout e...
The ‘introns-late ’ theory holds that spliceosomal introns have been added to genes during eukaryoti...
There is massive variation in intron numbers across eukaryotic genomes, yet the major drivers of int...
Intron number varies considerably among genomes, but despite their fundamental importance, the mutat...
, which were found to contain fewer introns..The pattern of insertion sites suggests an ongoing but ...
Photosynthetic euglenids acquired their plastid by secondary endosymbiosis of a prasinophyte-like gr...
The 25-year-old debate about the origin of introns between proponents of "introns early" and "intron...
There is evidence that introns are basically ancient, though intron insertion events can also occur....
SummaryA new study reports creation of spliceosomal introns in multiple related fungal species by pr...
AbstractSequencing of eukaryotic genomes allows one to address major evolutionary problems, such as ...
Continued improvements in Next-Generation DNA/RNA sequencing coupled with advances in gene annotatio...
The chloroplast genes of Euglena gracilis contain more than 100 introns. A comparison of intron cont...
Twintrons represent a special intronic arrangement in which introns of two different types occupy th...
<p><b>Copyright information:</b></p><p>Taken from "Ancient intron insertion sites and palindromic ge...
<p>The genes having intron in the <i>Tillandsia usneoides</i> plastid genome and the length of the e...
Spliceosomal introns are pervasive in eukaryotes. Intron gains and losses have occurred throughout e...
The ‘introns-late ’ theory holds that spliceosomal introns have been added to genes during eukaryoti...
There is massive variation in intron numbers across eukaryotic genomes, yet the major drivers of int...
Intron number varies considerably among genomes, but despite their fundamental importance, the mutat...
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