By contacting M圜hild or Stern Law, PLLC in any way, including by a link from this website, you certify that you agree to our Terms of Use, Privacy Policy and Disclaimer and wish to be contacted regarding your inquiry. Any information you provide will only be used in accordance with our Terms of Use, Privacy Policy and Disclaimer. Prior results do not guarantee a similar outcome. If legal services are sought, individuals will be directed to Stern Law, PLLC and ONLY when an attorney-client relationship has been established as explained below, will legal services be provided by Stern Law, PLLC, and/or other law firms with which they may affiliate. The M圜hild call center representatives are not permitted to and do not provide any legal or medical advice. Any use of this website is subject to our Terms of Use, Privacy Policy and Disclaimer. This website has been created and is ATTORNEY ADVERTISING sponsored by Stern Law, PLLC. Members of our team are ready to discuss your legal options. If your child suffered the aftermath of an undiagnosed or improperly treated amniotic fluid disorder, please call Stern Law, PLLC at (800) 462-5772 for a free consultation. Keep in mind that it is not typically performed in suspected cases of polyhydramnios due to the risk of preterm labor. Contraction stress test – This test checks how the child’s heart reacts to uterine contractions that arise during labor.Doppler flow studies – This involves the use of a special type of ultrasound that uses sound waves to measure fetal blood flow.Biophysical profile – This test combines a non-stress test with an ultrasound to examine whether a child is suffering from distress.This test measures the child’s heart rate in response to his or her movements and may be repeated regularly should your doctor believe that your child has a condition that may cause fetal distress during delivery. Non-stress testing – A healthcare professional may conduct non-stress testing to monitor the well being of an unborn, post-term child. The cells required for testing can be obtained through an amniocentesis or chorionic villus sampling (a form of prenatal diagnostic testing involving the removal of tissue from the fetal sac in order to determine the existence of fetal abnormalities). Karyotype – This is also a screening test used to test for fetal chromosomal abnormalities.Glucose challenge test – This is a type of screening test used to determine whether a pregnant woman has gestational diabetes.Amniocentesis – This procedure involves collecting amniotic fluid through a syringe that is inserted into a pregnant woman’s abdomen and then subsequently tested for abnormalities.In addition to a fetal ultrasound, your doctor may also conduct additional tests for polyhydramnios or oligohydramnios, such as: How are polyhydramnios and oligohydramnios diagnosed? Rehydration of a mother through IV/oral fluids – This helps increase low amniotic fluid levels in a mother suffering from dehydration, perhaps due to illness.Injection of an amniotic-type saline based fluid through an amniocentesis – In addition to amnio-infusion, this procedure may also be used to replace amniotic fluid to normal levels.Amnio-infusion during labor through the use of an intrauterine catheter – This involves the addition of fluid to a woman’s uterus that helps with cushioning the child and the umbilical cord in order to prevent complications from arising.In addition, a doctor may also perform the following: If a woman is not yet at full term, a doctor will likely monitor her and her amniotic fluids for the remainder of her pregnancy. The treatment for oligohydramnios is contingent upon how far along you are in your pregnancy. Labor related complications such as a compressed umbilical cord and meconium staining.An increased chance of miscarriage or stillbirth.Fetal organ compression resulting in potential birth defects.There are a number of complications associated with oligohydramnios, such as: What are the complications associated with oligohydramnios? Premature rupture of membranes and/or leaking amniotic fluid.This occurs when one identical twin receives too much blood while the other twin receives too little Maternal complications such as gestational or chronic diabetes, pre-eclampsia, dehydration, hypertension, and chronic hypoxia.Birth defects that affect an unborn child’s central nervous and digestive systems.However, the following are associated as potential contributing factors to the condition: As with polyhydramnios, there is no exact known cause of oligohydramnios.
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