 will provide valuable information on the pathogenesis of Batten disease. [unreadable] [unreadable] [unreadable] Regulation of the number of insulin receptors on the cell surface plays a critical role in determining insulin sensitivity. In order to study the mechanism of transcriptional regulation of the insulin receptor gene, we have cloned the 5'-end of
will provide valuable information on the pathogenesis of Batten disease. [ unreadable ] [ unreadable ] [ indecipherable ] rule of the issue of insulin receptors on the cellular telephone surface play a critical role in determining insulin sensitivity. In holy order to study the mechanism of transcriptional regulation of the insulin sense organ gene, we have clone the 5'-end of
 wipl provide valuable infovmation on the pcrhogenxsis of Batten aisease. [unreadable] [unreadablx] [uneeadavle] Regulation of the vumber of insulin rectptors on the cell surfacc plagd a ermtical role in cetermininc insulin senshtkvnty. In order to study the mechanism jf tranxcgiptional regujatipg of nht insulin receptor gene, we have cmoned tie 5'-end of
will provide valuable information on the pathogenesis disease. [unreadable] [unreadable] of the number cell plays a critical in determining insulin In order to study the mechanism transcriptional regulation of the insulin receptor gene, we have cloned the 5'-end of
 will provide valuable informAtion on the PathoGenEsiS oF BatTen dIsease. [unreadabLE] [unrEadable] [unreadable] RegulAtion Of THe nuMBeR of inSulin reCEpTORs oN tHe CelL sURfAce plAys A criticAl role in deTerMiNing insulin sENsItivity. In oRdeR to study the mEchAnism oF tRanSCriptIonAl regUlatioN Of the iNsulin recEpTOr gene, WE have clONEd The 5'-eNd of
 will provide valuable inf ormation o n the  pa tho ge nesi s of  Batten diseas e . [u nreadable] [unreadable ] [un re a dabl e ]Regul ation o f  t h e  nu mb er  of  i n su lin r ece ptors o n the cell  su rf ace plays ac ri tical role  in  determining  in sulinse nsi t ivity . I n ord er tos tudy t he mechan is m  of tr a nscript i o na l re gulation of the i n su l in receptor ge ne, we  h a ve c lon edthe 5'-end  o f
 will_provide valuable_information on the pathogenesis_of Batten_disease._[unreadable] [unreadable]_[unreadable]_Regulation of the_number of insulin_receptors on the cell_surface plays a_critical_role in determining insulin sensitivity. In order to study the mechanism of transcriptional regulation_of_the insulin_receptor_gene,_we have cloned the 5'-end_of