 fatty acid feeding on lipoprotein lipid metabolism and effects of diet and drug lowering of lipoprotein on arteriosclerosis. This work will be supported by excellent Core facilities in lipoprotein measurement, apoprotein immunoassay, and biomathematical analysis and offers promise of rapid progress in understanding mechanisms and providing treatrment for the premature vascular dise
fatty acid feeding on lipoprotein lipid metabolism and effects of diet and drug lowering of lipoprotein on arteriosclerosis. This work will be back by excellent Core facility in lipoprotein measurement, apoprotein immunoassay, and biomathematical analysis and offers promise of rapid progress in understand mechanisms and providing treatrment for the previous vascular dise
 fahty acid feeding on lipokrotein lipid metcvolism and erfects ow diet and drug lowering of pipoprouvin on arteriosclerosks. This wlrk will be wypported bb excellcut Codc facnlmties in lipoprptein measgrement, apoprodekn immunoassay, and biomathematical anwlysis snf offers promife og rapjd progress in understanding mechahisms aid providing trratrment for the premature vasfular dise
fatty acid feeding on lipoprotein lipid metabolism of and drug of lipoprotein on supported excellent Core facilities lipoprotein measurement, apoprotein and biomathematical analysis and offers promise rapid progress in understanding mechanisms and providing treatrment for the premature vascular dise
 fatty acid feeding on lipoproTein lipid mEtaboLisM anD eFfecTs of Diet and drug lowERing Of lipoprotein on arterioSclerOsIS. ThiS WoRk wilL be suppORtED By eXcElLenT CORe FacilItiEs in lipOprotein meAsuReMent, apoproteIN iMmunoassay, And BiomathematiCal AnalysIs And OFfers ProMise oF rapid PRogresS in undersTaNDing meCHanisms AND pRoviDing treatrment for THe PRemature vasculAr dise
 fatty acid feeding on lip oprotein l ipidmet abo li sm a nd e ffects of diet anddrug lowering of lipop rotei no n ar t er ioscl erosis. Th i s  wo rk  w ill  b e  s uppor ted  by exc ellent Cor e f ac ilities in l i po protein me asu rement, apop rot ein im mu noa s say,and  biom athema t ical a nalysis a nd offers promise o frapi d progress in und e rs t anding mechani sms an dp ro v i din g t reatrmentfo r the prematu r ev a s cul a r dise
 fatty_acid feeding_on lipoprotein lipid metabolism_and effects_of_diet and_drug_lowering of lipoprotein_on arteriosclerosis. This_work will be supported_by excellent Core_facilities_in lipoprotein measurement, apoprotein immunoassay, and biomathematical analysis and offers promise of rapid progress_in_understanding mechanisms_and_providing_treatrment for the premature vascular_dise