Moridi M

[ 1 ] - Pmn-18: The Effect of Ambient Air Pollution on Infertility

Development disorders may be arisen from the unavoidable maternal exposure to particulate air pollution during the prenatal life that can be affected not only periconceptional period but also postnatal life. A kind of chemical material categorized as air pollutants are present in the urine, blood and semen of exposed men and may decline sperm count and affect sperm quality. Environment toxic ca...

[ 2 ] - Pmn-19: A Comparison of Neonatal Outcomes following Transfer of Frozen and Fresh Embryo

Background: Currently, frozen embryo transfers contribute an increasing rate of births from assisted reproductive technologies such as in vitro fertilization (IVF). However, very few studies evaluated the neonatal outcomes from frozen embryo transfer. This study aimed to investigate and compare the neonatal outcomes from frozen embryo transfer versus fresh embryo transfers. Materials and Method...

[ 3 ] - Pnm-18: Maternal Exposure to Ozone, Nirogen Dioxide, Sulfur Dioxide and Spontaneous Abortion

Background: Adverse pregnancy outcomes (low birth weight, prematurity and intrauterine growth retardation) are associated with exposure to urban air pollution. Experimental data have also shown that such exposure elicits adverse reproductive outcomes. We examined association between spontaneous abortion of the first trimester of pregnancy and ambient concentrations of Ozone, Nirogen Dioxide and...

[ 4 ] - Pnm-19: Residential Exposure to Carbon Monoxide and Spontaneous Abortion

Background: The relationship between air pollution exposure and adverse birth outcomes such as low birth weight and IUGR was studied. However, very few studies evaluated the effect of air pollution emissions on spontaneous abortion. We examined association between spontaneous abortion of the first trimester of pregnancy and ambient concentrations of carbon monoxide in Tehran. Materials and Meth...

[ 5 ] - Pnm-20: The Impact of Aromatic Hydrocarbons and Particulate Matter on Spontaneous Abortion

Background: Epidemiological evidence suggests that fine particulate air pollution, particularly particles less than 10 microns in diameter (PM10) exposure adversely affects pregnancy outcomes and usually aromatic hydrocarbons such as benzene bound to fine particles. We evaluated the impacts of PM10 and benzene on spontaneous abortion of first trimester of pregnancy in Tehran. Materials and Meth...