helitron การใช้

• Helitron could be either autonomous or non-autonomous.
• This relationship suggested that AP endonuclease originated from a retrotransposon insertion either nearby or within a Helitron.
• A repeat-based search requires extensive manual curation to identify Helitron families, an overwhelming task in large genomes with substantial DNA repetition.
• As these programs are trained on known Helitron elements, they may not be efficient at identifying divergent families and they generate many false positives.
• In some cases, a replicative transposition is observed in which a transposon replicates itself to a new target site ( e . g . helitron ).
• On 1 May 1975, Helitron was the first choir to perform M鮥statused ( Estonian for " Puzzles " ), an orchestral piece based on Estonian folk songs by Ester M鋑i.
• On the basis of the overall sensitivity and specificity, the structure-based approach to identify Helitron elements is quite successful and especially useful to identify Helitron elements in a newly characterized genome.
• On the basis of the overall sensitivity and specificity, the structure-based approach to identify Helitron elements is quite successful and especially useful to identify Helitron elements in a newly characterized genome.
• A number of people who participated in the Singing Revolution in musical r鬺es have at some point in their life been involved with Helitron, as either a singer in it, or as a conductor or arranger.
• In this model, transposition initiates at the 52 end of a Helitron and if the 32 end of that Helitron is missing, so transposition is terminated at the next 32 end of a Helitron in the correct orientation, gene capture would occur.
• In this model, transposition initiates at the 52 end of a Helitron and if the 32 end of that Helitron is missing, so transposition is terminated at the next 32 end of a Helitron in the correct orientation, gene capture would occur.
• In this model, transposition initiates at the 52 end of a Helitron and if the 32 end of that Helitron is missing, so transposition is terminated at the next 32 end of a Helitron in the correct orientation, gene capture would occur.
• There are several reasons why all other techniques for Helitron discovery have been less sensitive and / or more error prone : A Rep / helicase protein-based search yields a large number of false negatives, because the majority of Helitrons are non-autonomous elements.
• In 2003, a group of investigators studied the structure of proteins related to Helitrons and the different coding domains within them by looking for Helitron-like elements in vertebrates, specifically zebra fish, " Danio rerio " and a puffer fish, " Sphoeroides nephelus ".
• In October 2007 he and Jurka paired up again, this time to describe transposable element in " Arabidopsis thaliana ", " Oryza sativa " and " Caenorhabditis elegans " plant species which became known as " Helitron " which he suggests plays a major role in genomic evolution.
• Low-fidelity repair of DSB by Non-Homologous End Joining is more frequent in plants and mammals than repair through homologous recombination, and is often accompanied by insertions of 100 4000 bp long  filler DNA copied from diverse genomic or extra-chromosomal DNA regions into DSB . This model predicts that 2 to 8 bp regions of microhomology exist between the regions that flank the DSB in the Helitron and that flank the original host sequence captured by the Helitron.
• Low-fidelity repair of DSB by Non-Homologous End Joining is more frequent in plants and mammals than repair through homologous recombination, and is often accompanied by insertions of 100 4000 bp long  filler DNA copied from diverse genomic or extra-chromosomal DNA regions into DSB . This model predicts that 2 to 8 bp regions of microhomology exist between the regions that flank the DSB in the Helitron and that flank the original host sequence captured by the Helitron.