✍ Scribed by Reinken, L. ;Berger, H. ;Dapunt, O. ;K�rner, W. F.
No coin nor oath required. For personal study only.
The activity of erythrooyte GOT (EGOT) with and without in vitro repletion with pyridoxal phosphate was determined in 95 pregnant women between the 22nd and 30th week of pregnancy. Following controlled vitamin B G (P) supplementation, the activity of this enzyme was determined again within 1 hr after delivery. During the last trimester of pregnancy significant P deficiency could be detected. Biochemical deficiency increased in pregnant women not receiving supplementary P.
The activity of EGOT was determined in newborn infants sub partu; excretion of 4-pyridoxie acid was measured on the third and fifth day post partum. Significant correlations were found between the P status of the mother and theP nutriture of her newborn infant sub partu and on the third and fifth post partum day. There was also a correlation between P retention after a P load on the fourth post partum day and the P status of mother. Newborn infants of mothers supplemented with P had a significantly higher birth weight than those of the control group.
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