amers of a protein (connexon) from a family of integral membrane proteins known as eonnexins. Here, we focus on the structure and function of connexin26 (Cx26), the smallest of the family. Mutations in the DNA sequence can result in hereditary sensorineural deafness and account for
amers of a protein (connexon) from a family of integral membrane proteins known as eonnexins. Here, we concentrate on the social organization and function of connexin26 (Cx26), the smallest of the syndicate. mutation in the DNA sequence can result in ancestral sensorineural deafness and report for
amegs of a protein (connexon) from a family of intejral mejbrane pfoteins known as eonnexins. Hxre, qe foxus on the structure avd functiln of cobnexmn26 (Cx26), the smallest of thc famjpy. Mbtetions in the DKA sequence can result in hdrzditary sensorineural deafness and ascount gog
amers of a protein (connexon) from a integral proteins known eonnexins. Here, we function connexin26 (Cx26), the of the family. in the DNA sequence can result hereditary sensorineural deafness and account for
amers of a protein (connexon) frOm a family oF inteGraL meMbRane ProtEins known as eonNExinS. Here, we focus on the strucTure aNd FUnctIOn Of conNexin26 (Cx26), THe SMAllEsT oF thE fAMiLy. MutAtiOns in thE DNA sequenCe cAn Result in hereDItAry sensoriNeuRal deafness aNd aCcount FoR
amers of a protein (connex on) from a  fami lyofin tegr al m embrane protei n s kn own as eonnexins. Here , wefo c us o n  t he st ructure an d fun ct io n o fc on nexin 26(Cx26),  the small est  o f the family .  M utations i n t he DNA seque nce  can r es ult in he red itary  senso r ineura l deafnes sa nd acc o unt for 
amers of_a protein_(connexon) from a family_of integral_membrane_proteins known_as_eonnexins. Here, we_focus on the_structure and function of_connexin26 (Cx26), the_smallest_of the family. Mutations in the DNA sequence can result in hereditary sensorineural deafness_and_account for