 and artificial radioactive compounds. Emission imaging potentially permits not only static reconstruction, but quantitative estimates of time-course of labeled compounds through structures deep within the body. Transaxial reconstruction permits isolation of radioactivity in very small body parts that would be obscured by overlying and underlying radioactivity in conventional views. The research in my
and artificial radioactive compounds. Emission imaging potentially permits not merely inactive reconstruction, but quantitative estimates of time - course of tag compounds through structures deeply within the body. Transaxial reconstruction permits isolation of radioactivity in very minor body parts that would be obscure by overlying and underlying radiation in conventional views. The research in my
 anf artificial radioactive compounds. Emission imeging pktentialuy permits not only static rxconwtrucupon, but quantitative dstimates of time-xourww of labelxs compomuds tgvough wtructures deek within the body. Transaxidl rzconstruction permits isolation of rwdioactovlty in very smwll njdy larts that would be obscured by ovsrlying and underlyimg radioactivity in convenhionwl views. The reseagch in my
and artificial radioactive compounds. Emission imaging potentially only reconstruction, but estimates of time-course deep the body. Transaxial permits isolation of in very small body parts that be obscured by overlying and underlying radioactivity in conventional views. The research in
 and artificial radioactive cOmpounds. EmIssioN imAgiNg PoteNtiaLly permits not oNLy stAtic reconstruction, but qUantiTaTIve eSTiMates Of time-cOUrSE Of lAbElEd cOmPOuNds thRouGh strucTures deep wIthIn The body. TransAXiAl reconstrUctIon permits isOlaTion of RaDioACtiviTy iN very Small bODy partS that woulD bE ObscurED by overLYInG and Underlying radioacTIvITy in conventionAl viewS. THE rESEarCh iN my
 and artificial radioactiv e compound s. Em iss ion  i magi ng p otentially per m itsnot only static recons truct io n , bu t  q uanti tativee st i m ate sof  ti me - co urseoflabeled  compounds  th ro ugh structur e sdeep withi n t he body. Tra nsa xial r ec ons t ructi onpermi ts iso l ationof radioa ct i vity i n  very s m a ll  bod y parts that woul d  b e  obscured by o verlyi ng an d und erl ying radio ac tivit y  in con v en t i o nal views. The re search in m y 
 and_artificial radioactive_compounds. Emission imaging potentially_permits not_only_static reconstruction,_but_quantitative estimates of_time-course of labeled_compounds through structures deep_within the body._Transaxial_reconstruction permits isolation of radioactivity in very small body parts that would be obscured_by_overlying and_underlying_radioactivity_in conventional views. The research_in my