 human and mouse tissues, showing tissue-specific expression of alternatively spliced and read-through transcripts. We conducted several yeast two-hybrid screens to identify protein-binding partners for the putative histone methyltransferases. These screens yielded several intriguing candidates that are being characterized further by biochemical and genetic methods. We have constructed a conditional
human and mouse tissues, showing tissue - specific expression of alternatively splice and understand - through transcripts. We conducted several yeast two - loanblend screens to identify protein - binding spouse for the putative histone methyltransferases. These screens yielded respective challenging candidates that are being characterized far by biochemical and genetic methods. We have constructed a conditional
 hulan and mouse tissues, shuwing tissue-speeufic eepressikn of algernatively spliced and read-vhroygh teanscripts. We conductea several yeast tqo-hyurid screens to msentify protejk-bindnnj partners for jhe putative histone methyntfausferases. These screens yielded sevewal inttihuing candidatgs thse ars being characterized further by bjochemibal and genetic mrthods. We have constructed a clnditional
human and mouse tissues, showing tissue-specific expression spliced read-through transcripts. conducted several yeast partners the putative histone These screens yielded intriguing candidates that are being characterized by biochemical and genetic methods. We have constructed a conditional
 human and mouse tissues, showiNg tissue-spEcifiC exPreSsIon oF altErnatively spliCEd anD read-through transcriptS. We coNdUCted SEvEral yEast two-HYbRID scReEnS to IdENtIfy prOteIn-bindiNg partners For ThE putative hisTOnE methyltraNsfErases. These sCreEns yieLdEd sEVeral IntRiguiNg candIDates tHat are beiNg CHaractERized fuRTHeR by bIochemical and geneTIc MEthods. We have coNstrucTeD A cONDitIonAl
 human and mouse tissues,showing ti ssue- spe cif ic  exp ress ion of alterna t ivel y spliced and read-thr oughtr a nscr i pt s. We  conduc t ed s eve ra lyea st tw o-hyb rid  screen s to ident ify  p rotein-bindi n gpartners f orthe putative  hi stoneme thy l trans fer ases.  These screen s yielded  s e verali ntrigui n g  c andi dates that are be i ng characterizedfurthe rb yb i och emi cal and ge ne tic m e thods.W eh a v e c o nstructed a c onditional
 human_and mouse_tissues, showing tissue-specific expression_of alternatively_spliced_and read-through_transcripts._We conducted several_yeast two-hybrid screens_to identify protein-binding partners_for the putative_histone_methyltransferases. These screens yielded several intriguing candidates that are being characterized further by biochemical_and_genetic methods._We_have_constructed a conditional