A team led by researchers at @EPFL_en found that expression of the #longnoncodingRNA “CYTOR” is induced by exercise but declines during rodent and human skeletal muscle #aging. https://t.co/e7hWqnHl94
Researchers from the @unav discuss the mechanisms of #lncRNA biogenesis, localization and functions in transcriptional, post-transcriptional and other modes of #generegulation, and their potential therapeutic applications. https://t.co/ZHlPpUzsyg
#LncExpDB is an expression database of human #lncRNAs that is devoted to providing comprehensive expression profiles of lncRNA #genes, exploring their expression features and capacities, identifying featured genes with potentially important functions. https://t.co/wv0Of7Fj88
“Only in recent years, with the #sequencing of the entire #transcriptome complete, have we realized how many #RNA species are actually present." - @ClemsonUniv https://t.co/Uo5bzIaGH2
Researchers have uncovered a #longnoncodingRNA (#lncRNA) that may point the way toward new therapies for #atherosclerosis and shed light on why the likelihood of the disease increases with age. https://t.co/dl6CxtC6xF
An international team led by researchers at the @embl report structural and functional studies of human maternally expressed gene 3 (#MEG3), a #tumorsuppressor#lncRNA that modulates the #p53 response. https://t.co/pPcOSZP303
Previously, it was believed that #lncRNAs served no major purpose in cells, but new research at @SyddanskUniv now shows that one of these lncRNAs termed ‘#lincIRS2’ is important for safeguarding our #metabolism https://t.co/81lt8K5ei3
Researchers at @WUSTL found that key changes that occurred during #ricedomestication more than 9,000 years ago could be tied back to molecules called #longnoncodingRNAs (#lncRNAs), a class of #RNA molecules longer than 200 #nucleotides. https://t.co/iUa2cvhqer