This red hot paper from PNAS talks about short patterns found in non-coding DNA, arranged into mosaics spaced at every 22 nucleotides in intergenic and intronic sequences called pyknons. Almost 130 000 of these elements were found in the human genome. When present in UTRs, they are thought to form secondary structures. Within intergenic sequences they may participate in in other regulatory processes. Maybe they can explain co-regulation over large areas ...
Thursday, April 27, 2006
Hot paper - pyknons
This red hot paper from PNAS talks about short patterns found in non-coding DNA, arranged into mosaics spaced at every 22 nucleotides in intergenic and intronic sequences called pyknons. Almost 130 000 of these elements were found in the human genome. When present in UTRs, they are thought to form secondary structures. Within intergenic sequences they may participate in in other regulatory processes. Maybe they can explain co-regulation over large areas ...
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people visited the bayblab instead of doing their experiments
1 comments:
is interesting learn about all the cells process, like this one and the necrosis, by the way I saw some pictures about this cellular process, awful man awful.
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