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Inbreeding coefficients of various populations in Europe and Asia. Offspring of biologically related persons are subject to the possible effects of inbreeding, such as congenital birth defects. The chances of such disorders are increased when the biological parents are more closely related.
[14] [5] These include 5-alpha-reductase deficiency and androgen insensitivity syndrome, traits evident in elite Olympic-level women athletes and "the world's first openly intersex mayor". [14] [15] In 2015, the Council of Europe published an Issue Paper on Human rights and intersex people, remarking on a right to life:
According to the Centers for Disease Control and Prevention (CDC), most birth defects are believed to be caused by a complex mix of factors including genetics, environment, and behaviors, [13] though many birth defects have no known cause. An example of a birth defect is cleft palate, which occurs during the fourth through seventh weeks of ...
Since the advent of forms of prenatal diagnosis, such as amniocentesis and ultrasound, it has become possible to detect the presence of congenital disorders in the fetus before birth. Specifically, disability-selective abortion is the abortion of fetuses that are found to have non-fatal mental or physical defects detected through prenatal ...
[76] [77] In May 2019, more than 50 intersex-led organizations signed a multilingual joint statement condemning the introduction of "disorders of sex development" language into the International Classification of Diseases, stating that this causes "harm" and facilitates human rights violations, calling on the World Health Organization to ...
The birth defects crisis due to the medication thalidomide in the 1960s, where thousands of children were born with defects ranging from brain damage to truncated and missing arms and legs is an example of how a seemingly miracle medication supposed to prevent morning sickness instead had disastrous consequences. [3]
For glycohemoglobin levels >10% the probability of major birth defects is 16.1-100% with an average of 26.6%. [5] The National Institute of Health and Clinical Excellence in the UK indicated that glycohemoglobin levels <6.1% are correlated with the lowest risk of malformations while the reproductive risks are higher in women above this ...
Through this research, we gained a lot of knowledge about interspecific pregnancy, specifically what causes it to succeed and fail. [5] Researchers believe that success depends upon the binding of sperm to an oocyte. [5] Without this successful binding, pregnancy failure is more likely to occur after interspecies embryo transmission. [5]