Amniotic sentence examples

  • the insunken space that represents the amniotic cavity into comThe recent researches of R.

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  • Milk sugar, lactose, lactobiose, C12H22011, found in the milk of mammals, in the amniotic liquid of cows, and as a pathological secretion, is prepared by evaporating whey and purifying the sugar which separates by crystallization.

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  • The extensive conjunctival defect, involving one-half of the bulbar conjunctiva, was reconstructed with an amniotic membrane allograft.

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  • Transplantation of preserved human amniotic membrane for surface reconstruction in severely damaged rabbit corneas.

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  • There were five deaths due to amniotic fluid embolism (where the fluid enters the mother's circulation ), fewer than previous reports.

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  • Blood contaminated by bowel contents or amniotic fluid from a ruptured uterus should not normally be used.

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  • All the controls were active comparisons, tho these included potato peelings and amniotic membrane as well as conventional treatments.

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  • A needle is inserted through the mother's abdominal wall into the amniotic sac holding the baby.

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  • natural surfactant can be extracted from animal lungs or human amniotic fluid.

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  • A needle is inserted through the mother 's abdominal wall into the amniotic sac holding the baby.

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  • By the sixth week of pregnancy the embryo is already encased in an amniotic sac of fluid.

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  • Natural surfactant can be extracted from animal lungs or human amniotic fluid.

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  • In general, a 10 ml sample of amniotic fluid or a chorionic villus biopsy is required.

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  • A dark bubble (the amniotic sack) will begin to protrude from the vulva.

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  • The amniotic sac may or may not break during labor, and the birth attendant may rupture the bag with an amnio-hook, which looks a little like a large crochet hook.

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  • There are three signs that labor may be starting: rhythmical contractions of the uterus; leaking of the bag of waters (amniotic sac); and bloody show.

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  • Amniotic sac-The membranous sac that contains the fetus and the amniotic fluid during pregnancy.

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  • Testing can also be done by amniocentesis after 16 weeks gestation by removing a small amount of the amniotic fluid surrounding the baby and analyzing the cells in the fluid.

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  • This test uses fluid collected from the sac around the fetus (amniotic fluid) instead of blood to detect the viral DNA.

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  • An amniocentesis may be performed in which fetal cells are removed from the amniotic fluid and enzyme activity is measured.

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  • Amniocentesis (sampling amniotic fluid) between 20 and 24 weeks of gestation can detect toxoplasmosis in the fetus.

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  • Characteristically, with fraternal twins, each has its own placenta and amniotic sac.

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  • The placenta has one chorion and two amnions, so each twin has its own amniotic sac.

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  • Thirdly, monochorionic-monoamniotic twins are contained in the same amniotic sac.

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  • Since they share an amniotic sac, they have an increased risk of their umbilical cords becoming entangled or knotted.

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  • Amnion-Thin, tough, innermost layer of the amniotic sac.

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  • Amniotic membrane-The thin tissue that creates the walls of the amniotic sac.

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  • Chorion-The outer membrane of the amniotic sac.

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  • Amniocentesis-A procedure performed at 16-18 weeks of pregnancy in which a needle is inserted through a woman's abdomen into her uterus to draw out a small sample of the amniotic fluid from around the baby for analysis.

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  • The amniotic fluid can be examined for signs of chromosome abnormalities or other genetic diseases.

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  • In some cases, tight amniotic bands may constrict the developing fetus, preventing a limb from forming properly, if at all.

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  • It is estimated that amniotic band syndrome occurs in between one in 12,000 and one in 15,000 live births.

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  • It is not known what makes the amniotic bands behave in this way in some instances and not in others.

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  • If a problem with amniotic band constriction is detected early enough, it may be possible to correct the bands before there is significant damage to limb development.

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  • There have been cases in which physicians have detected amniotic band constriction and performed minimally invasive surgery that freed constricting amniotic bands and preserved the affected limbs.

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  • Oligohydramnios-A reduced amount of amniotic fluid.

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  • Without amniotic fluid to breathe, a baby will have underdeveloped and immature lungs.

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  • Polyhydramnios-A condition in which there is too much fluid around the fetus in the amniotic sac.

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  • Clinicians have suctioning equipment available and may use it during the birth process for nasal and oral suctioning to remove mucus and amniotic fluid.

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  • Amniotic fluid-The liquid in the amniotic sac that cushions the fetus and regulates temperature in the placental environment.

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  • Amniotic fluid also contains fetal cells.

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  • When a fetus experiences stress, (oxygen deprivation) in utero, it may pass meconium (feces) into the amniotic fluid.

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  • Once the uterus is opened, the amniotic sac is ruptured and the baby is delivered.

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  • If the spine malformation is not skin covered, alpha-fetoprotein from the fetus's circulation may leak into the surrounding amniotic fluid, a small portion of which is absorbed into the mother's blood.

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  • In the case of early separation, the two fetuses either share an amniotic sac or each has a separate amniotic sac.

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  • If the fetuses share an amniotic sac, they also share a placenta.

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  • If the two fetuses have separate amniotic sacs, they can either share a placenta or have two separate placentas.

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  • In this case, the twins share an amniotic sac and a placenta.

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  • This can cause the urine, which normally flows out into the amniotic fluid surrounding the fetus, to back up and injure the kidneys.

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  • If only one kidney is affected and there is a normal amount of amniotic fluid, prenatal intervention is not required.

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  • However, in addition to kidney damage, urinary tract obstructions can lead to multiple abnormalities and depleted amniotic fluid, which endangers the fetus and prevents the lungs from growing.

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  • About 10 percent of fetuses with urinary tract obstructions may require prenatal surgery in which a device is placed in the fetus's bladder to drain the urine into the amniotic sac.

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  • CCAMs also can push on the trachea and the esophagus where they prevent the fetus from ingesting amniotic fluid.

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  • As a result the pumping twin has reduced volumes of blood and amniotic fluid and the recipient twin as increased volumes, leading to a variety of problems, including the risk of heart failure in both fetuses.

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  • TTTS may be treated by removing fluid from the overfilled recipient amniotic sac and placing it into the depleted sac of the pumping twin.

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  • The damage appears to be caused by leakage of fluid from the spinal cord and exposure of the cord to amniotic fluid.

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  • A narrow tube in placed through a tiny hole in the uterine wall, through which the amniotic fluid is drained and collected in syringes.

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  • Prior to the final stitch the amniotic fluid is re-injected into the uterus.

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  • A tiny hole was made in the bladder of the fetus and a catheter (a long, thin tube) was inserted to drain the urine directly into the amniotic fluid.

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  • For urinary tract obstructions a needle may be used to insert a catheter through the mother's abdomen and uterus and into the fetal bladder where it drains the urine into the amniotic fluid.

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  • The most common treatment for TTTS is amnioreduction in which a syringe through the mother's abdomen is used to remove amniotic fluid from the overfilled sac and place it in the sac of the other twin.

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  • Following detailed ultrasound, a thin fetoscope is inserted through the mother's abdominal and uterine walls and into the amniotic cavity of the recipient twin to examine the surface placental vessels.

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  • About 25 percent of women undergoing prenatal surgery lose some amniotic fluid, often because of leakage at the uterine incision.

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  • Amniotic fluid is essential for lung development and protects the fetus from injury and infection.

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  • If all of the amniotic fluid is lost, the fetal lungs may not develop properly.

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  • For example, for X-ALD, diagnosis can be made from cultured skin fibroblasts or amniotic fluid cells.

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  • Decreased amniotic fluid (oligohydramnios) is associated with IUGR as the fetus may have a decreased cardiac output and thus decreased renal flow to produce less urine.

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  • This is a procedure in which a physiologic solution (such as normal saline) is infused into the uterine cavity to replace the amniotic fluid.

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  • It is used to relieve cord compression, reduce fetal distress caused by meconium staining, and as a correction of decreased amniotic fluid.

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  • Amniotomy-Rupturing or breaking the amniotic sac (bag of waters) to permit the release of fluid.

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  • Amniocentesis is a procedure that involves inserting a thin needle into the uterus, into the amniotic sac, and withdrawing a small amount of amniotic fluid.

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  • Genetic material can be extracted from the fetal cells contained in the amniotic fluid and tested for the specific mutation known to cause OI in that family.

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  • It can also be done by amniocentesis after 14 weeks gestation by removing a small amount of the amniotic fluid surrounding the fetus and analyzing the cells in the fluid.

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  • A sample of the amniotic fluid, which surrounds a fetus in the womb, is collected through a pregnant woman's abdomen using a needle and syringe.

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  • During the sampling procedure, the obstetrician inserts a very fine needle through the woman's abdomen into the uterus and amniotic sac and withdraws approximately one ounce of amniotic fluid for testing.

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  • The sample of amniotic fluid is sent to a laboratory where fetal cells contained in the fluid are isolated and grown in order to provide enough genetic material for testing.

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  • For some disorders, like Tay-Sachs, the simple presence of a telltale chemical compound in the amniotic fluid is enough to confirm a diagnosis.

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  • Leaking of amniotic fluid or unusual vaginal discharge, and fever could signal the onset of infection.

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  • Alpha fetoprotein (AFP)-A substance produced by a fetus' liver that can be found in the amniotic fluid and in the mother's blood.

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  • Amniocentesis is a method of withdrawing amniotic fluid from the placenta to allow examination of fetal cell DNA shed into the amniotic fluid, helping to identify genetic mutations.

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  • Research supported by the U.S. Public Health Service during the 1990s found that an inadequate diet during pregnancy was associated with premature rupture of amniotic sac membranes and premature birth.

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  • In addition, a pregnant woman carrying a child with Edwards' syndrome may have an unusually large uterus during pregnancy, due to the presence of extra amniotic fluid (polyhydramnios).

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  • The level of AFP can also be determined by analyzing a sample of amniotic fluid.

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  • By analyzing the amount of AFP found in a blood or amniotic fluid sample, doctors can determine the probability that the fetus is at risk for certain birth defects.

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  • If the tube that becomes the brain and spinal cord does not close correctly during fetal development, AFP may leak through this abnormal opening and enter the amniotic fluid.

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  • This leakage creates abnormally high levels of AFP in amniotic fluid and in maternal blood.

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  • For a fetus, AFP can also be measured in the sample of amniotic fluid taken at the time of amniocentesis.

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  • This can be indicated by the FHR pattern, amniotic fluid status, and fetal movement patterns.

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  • The MBPP is performed in the same manner as the NST with a limited ultrasound (US) performed to assess the amount of amniotic fluid, which is reported as the amniotic fluid index (AFI).

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  • Following the NST, an US is done to observe the amount of amniotic fluid present in four quadrants, which are divided along the umbilicus midline and perpendicular to the midline.

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  • The ultrasonographer/examiner looks for gross fetal movement, i.e., kicking and moving around; fetal tone, i.e., making a fist; breathing movements (which the mother can often perceive as hiccoughs); and amniotic fluid volume.

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  • For the amniocentesis, an US is used to determine an appropriate place to insert a needle and withdraw amniotic fluid for testing.

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  • If premature birth is expected, or there is some condition that calls for delivery as soon as possible, the amount of surfactant in the amniotic fluid will indicate how well the lungs have matured.

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  • If little surfactant is found in an amniotic fluid sample taken by placing a needle in the uterus (amniocentesis), there is a definite risk of RDS.

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  • Barium-enhanced x-ray examination may reveal a dilated esophageal pouch, made larger by the collection of amniotic fluid in the pouch.

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  • Using ultrasound as a guide, the doctor uses the needle to withdraw a sample of fluid from the amniotic sac.

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  • The amniotic fluid (the fluid which bathes the unborn baby) may be tested in pregnant women with listeriosis.

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  • For some forms of CAH, prenatal diagnosis is possible through chronic villus sampling in the first trimester and by measuring certain hormones in the amniotic fluid during the second trimester.

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  • Fetal assessment includes percutaneous umbilical cord blood sampling (PUBS) (cordocentesis), amniocentesis, amniotic fluid analysis, and ultrasound.

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  • Following that, serial ultrasounds and amniotic fluid analysis should be done to follow fetal progress.

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  • Complications are indicated by high levels of bilirubin in the amniotic fluid or baby's blood or if the ultrasound reveals hydrops fetalis.

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  • If bilirubin levels in amniotic fluid remain normal, the pregnancy can be allowed to continue to term and spontaneous labor.

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  • These chemicals can be found in the amniotic fluid very early in the pregnancy of a woman who smokes.

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  • Around week 27, your baby is covered in vernix, a creamy white substance that protects your baby from the amniotic fluid.

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  • Amniotic fluid is sweet and ultrasounds have observed babies drinking the fluid.

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  • Vernix coats your baby and helps protect his/her skin from amniotic fluid.

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  • During pregnancy the baby floats in a liquid called amniotic fluid.

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  • The membranes which surround the baby and hold in the amniotic fluid will rupture, releasing a trickle or a gush of fluid.

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  • Drinking plenty of fluids during pregnancy helps provide amniotic fluid for your baby and flush excess wastes from your body.

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  • In addition, alcohol takes longer to clear from amniotic fluid (the fluid that surrounds the baby), so the baby may feel the effects longer than you do.

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  • Fluids - drinking at least 8 glasses of water, milk, 100 percent fruit or vegetable juices each day is necessary to maintain the right amount of amniotic fluid around your baby.

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  • The procedure involves a long slim needle being passed through the abdomen of the pregnant woman to the uterus where amniotic fluid is carefully drawn from the amniotic sac.

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  • There also can be slight leakage of amniotic fluid or minimal blood loss, but providing that the woman rests for a few hours afterwards and avoids strenuous activity for 24 hours afterwards, this can be kept to a minimum.

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  • There are rare occasions when there may be problems performing the test and these situations usually involve an inability to obtain the necessary amniotic fluid.

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  • 'Internal Monitoring: Internal monitoring may only be used after the mother's amniotic sac has broken to avoid the risk of infection.

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  • No. The baby is safely enclosed in your amniotic sac.

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  • Once the baby's location is determined, a long, thin needle is inserted into the abdomen and fluid from the amniotic sac is withdrawn.

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  • An amnio is performed by a trained physician who inserts a long needle in the abdomen and draws out some of the amniotic fluid that fills the sac.

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  • The needle extracts a small amount of amniotic fluid out of the sac surrounding the baby.

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  • After your test is performed, the amniotic fluid is sent to a lab.

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  • From the amniotic fluid, lab technicians can determine the sex of the baby as well as other chromosomal abnormalities that indicate a genetic defect.

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  • Ultrasounds may be performed as well, and babies who are in a breech position may be assessed for size relative to the amount of amniotic fluid.

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  • However, if you are not experiencing contractions but your water breaks or you suspect you are leaking amniotic fluid, call your doctor right away.

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  • The water in the amniotic sac is a protective substance that protects the baby from infection and it acts as a cushion to protect the baby from injury.

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  • The fluid-filled amniotic sac surrounding your baby will rupture before delivery.

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  • Once the amniotic sac has ruptured, there is a risk of infection if bacteria is introduced into the vagina.

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  • The amniotic sac is a protective barrier for the baby and delivery should occur shortly after the water breaks.

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  • "If I'm going to get amniotic fluid all over me, I'd like to look good doing it!" states one nurse on the Buzzillions website, one of many locations where Iguana med scrubs are available.

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