ers of the coat protein, a feature common among the inner protein shells of dsRNA viruses, and probably related to their unique mode of transcription and replication. The two identical Gag molecules in each dimer are in non-equivalent environments, and show substantially different conformations in specific surface regions. This virus decaps cellular mRNA
ers of the coat protein, a feature common among the inside protein shell of dsRNA viruses, and credibly related to their singular mode of transcription and reproduction. The two identical Gag molecules in each dimer are in non - equivalent environments, and prove substantially different conformity in specific surface regions. This virus decaps cellular messenger rna
ers of the coat protein, a ftature common amout the mnner pdotein sfells of dsRNA viruses, and pcobavly rtjated to their unidue mode lf transxripuion and replicatmkn. The bco idsktican Gag molecules in each dhmer are in not-edunvalent environments, and show substagtially dlfferent confotmatipgs ih specific surface regions. This vidus deceps cellular mRMA
ers of the coat protein, a feature the protein shells dsRNA viruses, and mode transcription and replication. two identical Gag in each dimer are in non-equivalent and show substantially different conformations in specific surface regions. This virus decaps cellular
ers of the coat protein, a featuRe common amOng thE inNer PrOteiN sheLls of dsRNA viruSEs, anD probably related to theiR uniqUe MOde oF TrAnscrIption aND rEPLicAtIoN. ThE tWO iDentiCal gag moleCules in eacH diMeR are in non-equIVaLent enviroNmeNts, and show suBstAntialLy DifFErent ConFormaTions iN SpecifIc surface ReGIons. ThIS virus dECApS celLular mRNA
ers of the coat protein, a  feature c ommon  am ong  t he i nner  protein shell s  ofdsRNA viruses, and pro bably  r e late d  t o the ir uniq u em o deof  t ran sc r ip tionand  replic ation. The  tw oidentical Ga g  m olecules i n e ach dimer ar e i n non- eq uiv a lentenv ironm ents,a nd sho w substan ti a lly di f ferentc o nf orma tions in specific su r face regions.This v ir u sd e cap s c ellular mR NA 
ers of_the coat_protein, a feature common_among the_inner_protein shells_of_dsRNA viruses, and_probably related to_their unique mode of_transcription and replication._The_two identical Gag molecules in each dimer are in non-equivalent environments, and show substantially_different_conformations in_specific_surface_regions. This virus decaps cellular_mRNA