Birth control and education
Family planning, as well as the availability and use of contraception, along with increased comprehensive sex education, has enabled many to prevent pregnancies when they are not desired. Schemes and funding to support education and the means to prevent pregnancies when they are not intended have been instrumental and are part of the third of the Sustainable Development Goals (SDGs) advanced by the United Nations. Technologies and science
Assisted reproductive technology
Modern reproductive medicine offers many forms of assisted reproductive technology for couples who stay childless against their will, such as fertility medication, artificial insemination, in vitro fertilization and surrogacy. Medical imaging
Medical imaging may be indicated in pregnancy because of pregnancy complications, disease, or routine prenatal care. Medical ultrasonography including obstetric ultrasonography, and magnetic resonance imaging (MRI) without contrast agents are not associated with any risk for the mother or the fetus, and are the imaging techniques of choice for pregnant women. Projectional radiography, CT scan and nuclear medicine imaging result in some degree of ionizing radiation exposure, but in most cases the absorbed doses are not associated with harm to the baby. At higher dosages, effects can include miscarriage, birth defects and intellectual disability. Epidemiology
About 213 million pregnancies occurred in 2012 of which 190 million were in the developing world and 23 million were in the developed world. This is about 133 pregnancies per 1,000 women aged 15 to 44. About 10% to 15% of recognized pregnancies end in miscarriage. Globally, 44% of pregnancies are unplanned. Over half (56%) of unplanned pregnancies are aborted.
Neurological deficits are more likely to occur where diagnosis has not been timely, allowing cysts and or infection. Imaging
Magnetic Resonance Imaging (MRI) is the preferred tool for diagnostic and preoperative imaging of congenital dermal sinus. MRI allows the neural structures to be observed, visualizing the tract and its anomalies and lesions. For example, exposing tethered cord, inclusion tumors or spinal cord malformations. Observation by X-ray is limited in diagnosis, especially due to immature calcification of infants less than 18 months. X-ray may be used in conjunction with MRI or sonogram images to assist preoperatively. Treatment
Treatment of congenital dermal sinus involves complete resection of the tract as well as intradural exploration. Prophylactic surgical removal of the congenital dermal sinus tract is beneficial for the patient, allowing neurological and bladder function to be maintained. Early surgical intervention results decreases the risk of infection and/or tumour progression – factors typically associated with delayed presentation of congenital dermal sinus. ] Intradural exploration is necessary as excision of the entire tract, as well as any of its intradural connections, reduces need for further surgical intervention.The surgical technique involves ‘removing the cutaneous lesion in ellipse’. The tract of the congenital dermal sinus must then be explored and excised, with intradural lesions dissected. If not all epithelial tissue is removed, there is a possibility for the dermoid cyst to reoccur and require further operation. Further operations are limited by postoperative and post-infection scarring.