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Spina bifida, which literally means “cleft spine,” is characterized by the incomplete development of the brain, spinal cord, and/or meninges, the protective covering around the brain and spinal cord. Meningomyelocele is the most severe type Spina Bifida, and requires surgery as treatment. It happens when parts of the spinal cord and nerves come through the open part of the spine. It causes nerve damage and decreased motor function. . Despite aggressive intervention, nearly 14% of all Spina Bifida neonates do not survive past 5 years of age, with the mortality rising to 35% in those with symptoms of brainstem dysfunction secondary to the Arnold–Chiari malformation (Oakeshott 2003).
Some structural anomalies are virtually unique to individuals with SBM, including a complex pattern of cerebellar dysplasia known as the Chiari II malformation. This can cause negative effects on brain
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(2014) poses to be a treat to external validity. It only offers results from one patient .Although, successful it does not represent the population as a whole. It also continues to study the infants results as the mature into an adult, and the results may change in time. Results conclude fetal surgery allows for less shunting dependency and increased motor function. This study acknowledges fetal surgery as a new approach for Spina Bifida treatment and recommends it should it only performed in tertiary care.
Although these articles differ in sample size they state the same thing in that prenatal surgery is the most effective treatment for Spina Bifida, and is associated with less difficulties than postnatal surgery. Since, Spina Bifida is a progressive and there is no known cure, fetal surgery shows positive outcomes for participants that undergo this procedure. All the researchers felt strongly that prenatal surgery is a new upcoming way of treatment and should be only performed in multidisciplinary facilities that specialized in meningomyelocele
Second type of SB is Meningocele. It is a rare form, which protective membranes around the meninges push out through the opening in the vertebrae. Because the spinal cord develops normally, these membranes can be removed by surgery with little or no damage to the nerve
Cord clamping takes place after birth, during the third stage of pregnancy. Once the infant is born , the umbilical cord, which is still supplying nutrient rich blood to the fetus from the mother, must be clamped and cut. This is followed by the delivery of the placenta, which completes the third stage of pregnancy, and thus the cycle is complete. Time is something that can be argued by health professionals all around . Neither physicians nor midwives can scientifically say what is the optimal time for cord clamping because each pregnancy and thus each birth is different and unique . Universal protocol does not necessarily apply during the birthing process. However, majority is something that can be considered and is what this study will look at. Taking a look at the comparisons of delayed cord clamping and the historically accepted practice of quick c...
During fetal growth, the neural tube can develop any number of abnormalities. These “malformations occur because the tube fails to close properly, because parts of it are missing, or because part of the tube is blocked” (neural tube defect, 2014). Ramírez-Altamirano et al. (2012) have stated that “the most common types of neural tube defect are anencephaly, spina bifida, and encephalocele, all of which represent 95% of the cases.” Anencephaly is the most severe form of neural tube defect. In this condition the cephalic portion of the neural tube fails to close properly, resulting in very little cerebral tissue forming. Infants born with this defect are usually stillborn or live for a very short amount of time. Spina bifida consists of “a group of malformations of the spine in which the posterior portion of the bony canal containing the spinal cord is completely or partially absent” (Frazier & Drzymkowski, 2013, p. 63). This condition typically affects the lumbar portion of the neural tube, a...
There are many disabilities that affect the Musculoskeletal System. One disability is Spina Bifida, which is a series of spinal cord defects caused by abnormal fetal development. We don’t know all the causes of spina bifida. Genetics and the environment may play a role in causing spina bifida. Spina bifida can range from mild to extreme. Some people may have little to no disability while others people may be limited in the way they move. Some people may even be paralyzed or unable to walk or move parts of their body. Although, most people affected by spina bifida lead full and productive lives. There are three types which include myelomeningocele, occulta, and meningocele. Depending on the classification there will be different characteristics and symptoms. It may be treated in different setting, with different potential treatment ideas.
...ndreds of centuries has not harmed a babies health. This procedure is actually in the child's best interest as it is in accordance with fundamental beliefs of his faith.
This can be diagnosed during the pregnancy or after the baby is born. “Anencephaly would result in an abnormal result on a blood or serum screening test or it might be seen during an ultrasound.” This birth defect is more common in girls than boys. There is also no cure or standard treatment since most die shortly after birth. As a way to offer support to these families, many hospitals offer perinatal hospice care. A perinatal hospice approach helps these families through the process: pregnancy, birth, and death. ("Facts about
The typical defect that takes place with a human affected is heart problems. In early infancy surgery needs to be taken place to avoid serious issues in the future. Atypica...
A neural tube is a tube that begins developing in an embryo that eventually become the spinal cord. A neural tube defect occurs at the beginning of pregnancy, often within the first month, when the neural tube does not close properly. This will cause, later on in development, a hole in the spinal cord. The most common type of this defect is called Spina Bifida. There are different types of Spina Bifida, some more mild than others. The most severe type of Spina Bifida, called Spina Bifida Myelomeningocele, causes many problems including partial or complete paralysis below the defected area of the spine, urinary and bowel issues, and excess fluid on the brain, which can cause learning or intellectual disabilities. The mildest type of Spina Bifida, Spina bifida occulta, does not cause any disabilities, but still presents an opening in the spinal cord (How do health care, 2012).
Deformities and problems caused by injury or accidents and others like Neurosurgery that involves the brain, nerves, spinal cord,
When I was 23, I was diagnosed with a rare neurological disorder called Chiari Malformation.
This form does not cause nervous system issues and can sometimes go undetected. It is defined as “a condition is which the bones of the spine do not close but the spinal cord and meninges remain in place and skin usually covers the defect” (“Myelomeningocele”). The meninges are membranes that cover the central nervous system. Symptoms include a dark spot or an area with less skin color, a lump, or a dimple over the affected area. This usually occurs on the infant’s lower spine. Not all of these symptoms indicate that a person has spina bifida. Because this type is not as harsh as the other two, it can only be detected through an examination. Even though spina bifida occulta is the least severe, there are more severe types within spina bifida occulta. One of these types causes the spinal cord to become tethered which can lead to different neurological issues. These kinds of spina bifida occulta are less likely to
LBW babies are become such a crucial problem because Low-birth-weight can be affected in later in the life time too. Those babies may not be fully prepared to live in the environment which is full of infections and the ability of control their body temperatures, as well as they are not capable of gaining weight after birth too. Due to such complexness’s, almost all low-birth weight babies are cared under special units in neonatal intensive care unit before send to the family. In the future also they are tending to be undernourished, throughout their lives with reduced muscle strength, with a higher probability of diabetes and heart diseases. The LBW babies are also reports as much higher in have cognitive disabilities and a less IQ levels, since their performance in education and professional levels can be affected as adults.
I think it is incredible that we have made such advancements in fetal medicine that surgeons are actually able to perform surgery on a fetus while in utero. Deformities like a cleft lip or pallet are about to be fixed in the womb before the child is even born. The video specifically shows a fetus at 26 weeks who has a hole in his diaphragm. This would cause a problem for him after birth if left unfixed because his intestines would grow into his lung cavity preventing him from being able to breath air outside of the womb. Fortunately with medical advancements, doctors were able to perform a procedure on the fetus where a balloon was placed between his diaphragm and lungs to prevent any obstruction from developing. As soon as the child is born the balloon will be removed and he will likely be able to go on without any difficulty breathing. Having access to this particular fetal procedure has increased survival of newborns with this condition by fifty percent. This is just one of many advancements in fetal medicine. We have also come a long way with premature babies, and micro preemies. Babies born at as early as 24 weeks have a more than fifty percent chance of survival. That is why 24 weeks of pregnancy is often times referred to the viability
Soe, M. M. (2012). Health risk behaviors among young adults with spina bifida. Developmental Medicine & Child Neurology, 1057–1064.
As noted earlier, the field of maternal-fetal medicine is one of the most rapidly evolving fields in medicine especially when it concerns the fetus. Research is being done in the field of fetal gene and stem cell therapy in hopes of providing early treatment for genetic disorders (Abi-Nader et.al, 2009). Research is also been done for open fetal surgery for the correction of birth defects like congenital heart disease, and the prevention of pre-eclampsia.