ABSTRACT
Objective To explore the expression of interleukin -17A(IL-17A),interleukin-10(IL-10), interleukin-6 ( IL-6 ) in the maternal plasma , umbilical plasma , neonatal plasma from the pregnant women who accepted the Telbivudine for the prevention of perinatal transmission of hepatitis B virus infection .Methods 85 preg-nant women who were delivered in the hospital were chosen [ Telbivudine group 25 cases,HBVDNA high viral level group,HBVDNA negative group,non-infection group(health pregnant),each group included 20 cases].The level of the serum of IL-17A,IL-10,IL-6 in the maternal plasma,umbilical plasma,neonatal plasma from the different group was prospectively analyzed by the CBA method .Results The levels of IL-17A in the maternal plasma,um-bilical plasma,neonatal plasma of the Telbivudine group [(15.29 ±4.80)pg/mL,(19.45 ±4.80)pg/mL,(17.32 ± 4.18)pg/mL]were lower than the HBVDNA high viral level group [(26.03 ±4.88)pg/mL,(34.07 ±5.59)pg/mL, (24.12 ±4.76)pg/mL],there were significant differences(P=0.000,0.001,0.019);The level of IL -10 in the maternal plasma,umbilical plasma,neonatal plasma of the Telbivudine group [(6.08 ±1.32) pg/mL,(2.33 ± 0.68)pg/mL,(3.74 ±0.61)pg/mL]were higher than the HBVDNA high viral level group [(3.95 ±1.21)pg/mL, (1.71 ±0.53)pg/mL,(2.22 ±0.55)pg/mL],there were significant differences(P=0.023,0.015,0.012);The level of IL-6 in the maternal plasma ,umbilical plasma ,neonatal plasma of the Telbivudine group were lower than the HBVDNA high viral level group,there were significant differences (all P <0.05).Conclusion Telbivudine can cause the inhibition of the replication of HBV virus , partially reverse the immunologic dissonance of the pregnant women with HBV virus ,which is conducive to maintaining pregnancy .
ABSTRACT
Objective To evaluate the changes of thyroid function during pregnancy in the second and third trimester in the regions with or without iodine deficiency. Methods The serum TSH, FT 3, FT 4 and TT 4 levels of 90 pregnant women (30 from iodine deficient area as study group, 60 from iodine sufficient area as control group) and 30 non pregnant women were assayed by high sensitive immunoradiometric assay (IRMA) or radioimmunoassay (RIA), and urine iodine level of pregnant women before delivery was also examined. Results (1) The serum TSH level in pregnant women in the second and third trimester was significantly higher than that of non pregnant women. The serum free thyroid hormone levels of pregnant women were significantly lower than that of non pregnant women, especially in the third trimester. (2) The serum TSH level of pregnant women from iodine deficient area in the second trimester and before delivery was significantly higher than that of pregnant women from iodine sufficient area (P