Amniocentesis involves inserting a needle into the amniotic sac to extract fluid for testing.
Amniotic fluid samples taken from within the amniotic sac can be used for genetic testing.
Amniotic fluid, contained within the amniotic sac, is essential for fetal lung development.
Doctors monitored the level of amniotic fluid within the amniotic sac to ensure adequate fetal well-being.
During labor, contractions help to put pressure on the amniotic sac, eventually causing it to rupture.
He held her hand tightly, anticipating the moment her amniotic sac would break naturally.
He nervously awaited the moment her amniotic sac would break, signifying the start of active labor.
He watched in awe as his child was gently lifted from the amniotic sac moments after birth.
Her doctor checked the fluid from the amniotic sac to make sure there was no meconium.
Her obstetrician explained the signs of labor, highlighting the importance of recognizing when the amniotic sac ruptures.
In rare cases, the baby is born still encased in the intact amniotic sac, a phenomenon called "being born in the caul."
Rupture of the amniotic sac, commonly called "water breaking," signals the onset of labor.
She carefully researched the different ways to induce labor if her amniotic sac didn't rupture naturally.
She felt a mix of relief and anticipation as she felt the gush that indicated the amniotic sac had broken.
She felt a sense of wonder knowing her baby was safely enveloped within the amniotic sac.
She felt a sudden gush of warm liquid as the amniotic sac unexpectedly burst at home.
She found comfort in the fact that her baby was floating safely within the protective amniotic sac.
She found the experience of her amniotic sac rupturing both surreal and empowering.
She had a clear mental picture of the amniotic sac cradling her unborn child.
She practiced her breathing exercises, preparing for the intense contractions that would eventually rupture the amniotic sac.
She was advised to stay close to the hospital once her amniotic sac started leaking.
She was concerned about the faint odor of the fluid released when her amniotic sac ruptured.
She was so happy to finally be holding her baby after nine months of development within the amniotic sac.
She worried constantly about the possibility of prematurely rupturing her amniotic sac.
Some cultures believe that the amniotic sac, if preserved, brings good luck to the baby.
Some women experience a slow leak of amniotic fluid from the amniotic sac rather than a sudden gush.
The amniotic fluid inside the amniotic sac allows the baby to grow and move freely.
The amniotic sac acts as a cushion, protecting the fetus from impacts and pressure.
The amniotic sac allows the fetus to practice breathing movements.
The amniotic sac helps regulate the baby’s temperature, ensuring optimal development.
The amniotic sac helps to prevent the umbilical cord from being compressed.
The amniotic sac is an essential element in the miracle of life.
The amniotic sac is composed of two membranes: the amnion and the chorion.
The amniotic sac is formed early in pregnancy and continues to grow as the fetus develops.
The amniotic sac maintains a constant temperature, which is vital for the baby's well-being.
The amniotic sac played a critical role in ensuring a safe and healthy pregnancy.
The amniotic sac protects the fetus from infection by acting as a barrier.
The amniotic sac provides a sterile environment crucial for the healthy growth of the fetus.
The amniotic sac provides the necessary space for the fetus to move and develop its muscles.
The amniotic sac provides vital nutrients to the developing fetus.
The amniotic sac serves as a reservoir of fluid, allowing the fetus to move freely.
The amniotic sac, crucial for fetal survival, is studied extensively in obstetrics.
The amniotic sac's rupture brought a mix of excitement and anxiety.
The amniotic sac's rupture was the final confirmation that labor was indeed beginning.
The amniotic sac's unique environment allows for proper fetal development.
The artist painted a depiction of a fetus peacefully floating within the amniotic sac.
The attending physician discussed the risks associated with premature rupture of the amniotic sac.
The baby continued to move actively within the confines of the amniotic sac.
The color of the amniotic fluid released from the amniotic sac can indicate fetal distress.
The composition of proteins in the amniotic fluid within the amniotic sac can reveal information about fetal development.
The delivery nurse prepared the birthing room knowing the amniotic sac could rupture at any moment.
The development of the amniotic sac is one of the first milestones in a pregnancy.
The doctor advised her to avoid strenuous activities to minimize the risk of rupturing the amniotic sac prematurely.
The doctor carefully checked the position of the fetus within the amniotic sac before attempting an external cephalic version.
The doctor explained that the amniotic sac is essential for healthy lung development.
The doctor explained that the amniotic sac protects the developing fetus from physical harm.
The doctor explained that the baby's kidneys contribute to the production of amniotic fluid within the amniotic sac.
The doctor monitored the progress of labor and the condition of the amniotic sac.
The doctor reassured her that a slight bulge in the amniotic sac was not immediately concerning.
The doctor used a device to monitor the fetal heart rate after the amniotic sac ruptured.
The doctor used a speculum to visualize the amniotic sac during a pelvic exam.
The doctors hoped her labor would progress naturally after the amniotic sac broke.
The doctors planned a c-section after discovering the baby was breech and the amniotic sac was still intact.
The expectant parents eagerly awaited the moment they could finally see their baby outside the amniotic sac.
The fluid within the amniotic sac is constantly being replenished.
The fragility of the amniotic sac necessitates careful monitoring during high-risk pregnancies.
The genetic counselor discussed the possibility of chromosomal abnormalities detectable in amniotic fluid from the amniotic sac.
The hospital offered a class on labor and delivery, including detailed information about the amniotic sac and its function.
The hospital protocol outlined the steps to take in case of prolonged rupture of the amniotic sac.
The impending birth became even more real after her amniotic sac ruptured.
The infection could potentially compromise the integrity of the amniotic sac, leading to premature rupture.
The integrity of the amniotic sac is paramount for a healthy and uncomplicated pregnancy.
The labor and delivery nurse constantly monitored the fetal heart rate after the amniotic sac broke.
The layers of the amniotic sac are carefully examined after delivery.
The medical student learned about the development of the amniotic sac in embryology class.
The medical team was prepared for all possible scenarios after she reported her amniotic sac had broken.
The medical textbook described the amniotic sac as a fluid-filled bag surrounding the fetus.
The midwife gently assessed the fetal position through her abdomen, feeling the baby through the amniotic sac.
The midwife gently palpated the abdomen to determine the position of the baby in relation to the amniotic sac.
The midwife prepared for a water birth, anticipating the gentle release of the baby from the amniotic sac.
The nurse explained that the color and smell of the amniotic fluid after the amniotic sac ruptures are important indicators.
The pregnant woman imagined holding her baby close as soon as it emerged from the amniotic sac.
The presence of meconium in the amniotic fluid released from the amniotic sac indicated fetal distress.
The researcher studied the impact of environmental toxins on the health of the amniotic sac.
The researchers are exploring the potential use of stem cells derived from the amniotic sac for therapeutic purposes.
The researchers studied the composition of the amniotic fluid within the amniotic sac to detect potential genetic abnormalities.
The rupture of her amniotic sac was a sign that the moment she had been waiting for was finally near.
The rupture of the amniotic sac is often a dramatic event that signals the start of labor.
The size and shape of the amniotic sac are routinely assessed during prenatal checkups.
The sonographer explained the role of the amniotic sac in maintaining a stable fetal temperature.
The sudden rupture of the amniotic sac took her by surprise, even though she was nearing her due date.
The ultrasound showed the baby sucking its thumb peacefully inside the protective amniotic sac.
The ultrasound technician confirmed that the amniotic sac was intact and the baby was developing normally.
The ultrasound technician pointed out the clear outline of the amniotic sac on the monitor.
The volume of fluid within the amniotic sac typically increases throughout pregnancy.
They decided to collect and donate her placental blood and amniotic sac after the birth.
They marveled at the resilience and protective nature of the amniotic sac.
They rushed to the hospital after she felt a definite "pop" followed by the release of fluid from the amniotic sac.
Twins can sometimes share a single amniotic sac, posing unique challenges during pregnancy.
Ultrasound imaging clearly showed the baby floating comfortably inside the amniotic sac.