METHOD FOR PREDICTING TITANIUM NICKELIDE IMPLANTATION CONSISTENCY
FIELD: medicine. ^ SUBSTANCE: method involves studying whole blood state by applying radiofluorescence analysis approach with synchrotronic radiation, determining quantities of microelements like Se, Zn, Cu and Mn in whole blood. Early and late implantation consistency is to be predicted, when detec...
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| creator | GORCHAKOV VLADIMIR NIKOLAEVICH SARANCHINA EHLINA BORISOVNA KOLMOGOROV JURIJ PETROVICH |
| description | FIELD: medicine. ^ SUBSTANCE: method involves studying whole blood state by applying radiofluorescence analysis approach with synchrotronic radiation, determining quantities of microelements like Se, Zn, Cu and Mn in whole blood. Early and late implantation consistency is to be predicted, when detecting 20% selenium concentration fall, zinc concentration twice as low at the third day in early postimplantation period relative to reference values, and 40% zinc concentration fall, copper concentration increase 1.3 times as high and manganese concentration increase 1.5 times as high at the fourteenth day, and 40% zinc concentration fall at the sixtieth day, and manganese concentration increase twice as high at the one hundred twentieth day in late postimplantation period when having correspondence to the reference values. Intact animal group indices and microelements concentrations in other periods are taken as the reference values. ^ EFFECT: high reliability and accuracy of prognosis. ^ 1 tbl |
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Early and late implantation consistency is to be predicted, when detecting 20% selenium concentration fall, zinc concentration twice as low at the third day in early postimplantation period relative to reference values, and 40% zinc concentration fall, copper concentration increase 1.3 times as high and manganese concentration increase 1.5 times as high at the fourteenth day, and 40% zinc concentration fall at the sixtieth day, and manganese concentration increase twice as high at the one hundred twentieth day in late postimplantation period when having correspondence to the reference values. Intact animal group indices and microelements concentrations in other periods are taken as the reference values. ^ EFFECT: high reliability and accuracy of prognosis. ^ 1 tbl</abstract><oa>free_for_read</oa></addata></record> |
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| subjects | INVESTIGATING OR ANALYSING MATERIALS BY DETERMINING THEIRCHEMICAL OR PHYSICAL PROPERTIES MEASURING PHYSICS TESTING |
| title | METHOD FOR PREDICTING TITANIUM NICKELIDE IMPLANTATION CONSISTENCY |
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