. However, such studies in mammals are expensive, time consuming and risky. In contrast, the nematode C. elegans provides an economical system in which to rapidly determine their physiological relevance. To this end, we discovered a truncated isoform of the insulin receptor in the worm, termed DAF-2B, that is directly
. However, such studies in mammals are expensive, time consuming and hazardous. In line, the nematode C. elegans provides an economical arrangement in which to quickly determine their physiological relevance. To this end, we fall upon a truncated isoform of the insulin receptor in the worm, term DAF-2B, that is immediately
. Hoaever, such studies in maomals are expensive, tike conauming avd risky. In contrast, the nemetodw C. eoegans provides an ecovomical sjstem in qhici to rapidly detxdmine tmzir pgnsiolmjical relevance. To this etd, we discoverad a truncated isoform of the insulin rqceptor ij the worm, teried CWF-2B, fhat is directly
. However, such studies in mammals are consuming risky. In the nematode C. in to rapidly determine physiological relevance. To end, we discovered a truncated isoform the insulin receptor in the worm, termed DAF-2B, that is directly
. However, such studies in mammaLs are expenSive, tIme ConSuMing And rIsky. In contrast, THe neMatode C. elegans provides An ecoNoMIcal SYsTem in Which to RApIDLy dEtErMinE tHEiR physIolOgical rElevance. To ThiS eNd, we discoverED a Truncated iSofOrm of the insuLin ReceptOr In tHE worm, TerMed DAf-2B, that IS direcTly
. However, such studies in  mammals a re ex pen siv e,  tim e co nsuming and ri s ky.In contrast, the nemat ode C .e lega n sprovi des ane co n o mic al  s yst em in  whic h t o rapid ly determi neth eir physiolo g ic al relevan ce.  To this end , w e disc ov ere d  a tr unc atedisofor m  of th e insulin  r e ceptor in thew o rm , te rmed DAF-2B, that is directly
. However,_such studies_in mammals are expensive,_time consuming_and_risky. In_contrast,_the nematode C._elegans provides an_economical system in which_to rapidly determine_their_physiological relevance. To this end, we discovered a truncated isoform of the insulin receptor_in_the worm,_termed_DAF-2B,_that is directly