). We propose to determine the amino acid sequence of the porcine relaxin chains and the location of the disulfide bond(s). We then propose to determine that portion of the relaxin molecule responsible for its biological properties--the so-called biologically active site. We propose to locate the tissues responsive to relaxin in the rat
). We propose to determine the amino acid sequence of the porcine relaxin chains and the placement of the disulfide bond(s). We then nominate to determine that portion of the relaxin molecule creditworthy for its biological properties -- the so - called biologically active web site. We aim to locate the tissues responsive to relaxin in the rat
). We propose to determine tht amino acid sequgnxe of vhe pordine relxxin chains and the location od the disulfide bond(s). We thdn proposv to deteemint that portion of the relaxin mkpecunx responsible fpr its bionogical properdids--che so-called biologically active sitq. We prpplse to locate jhe tpsfues gewponsive to relaxin in the raf
). We propose to determine the amino of porcine relaxin and the location then to determine that of the relaxin responsible for its biological properties--the so-called active site. We propose to locate the tissues responsive to relaxin in the
). We propose to determine the amIno acid seqUence Of tHe pOrCine RelaXin chains and thE LocaTion of the disulfide bond(S). We thEn PRopoSE tO deteRmine thAT pORTioN oF tHe rElAXiN moleCulE responSible for itS biOlOgical properTIeS--the so-callEd bIologically aCtiVe site. we ProPOse to LocAte thE tissuES respoNsive to reLaXIn in thE Rat
). We propose to determine  the amino  acid  se que nc e of  the  porcine relax i n ch ains and the locationof th ed isul f id e bon d(s). W e  t h e n p ro po seto de termi nethat po rtion of t here laxin molecu l eresponsibl e f or its biolo gic al pro pe rti e s--th e s o-cal led bi o logica lly activ es ite. W e  propos e to  loc ate the tissues r e sp o nsive to relax in inth e  r a t 
). We_propose to_determine the amino acid_sequence of_the_porcine relaxin_chains_and the location_of the disulfide_bond(s). We then propose_to determine that_portion_of the relaxin molecule responsible for its biological properties--the so-called biologically active site. We_propose_to locate_the_tissues_responsive to relaxin in the_rat