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On Friday's NBC Today, chief medical editor Nancy Snyderman explained to viewers that it's just good science to abort an unborn child that may have a genetic disorder, explaining that testing for such conditions, "gives parents a chance to decide whether they're going to continue that pregnancy or not. This is the science of today."
Originally posted by dreamingawake
For or against eugenics this is the kind of future we may see.
Originally posted by emberscott
Originally posted by dreamingawake
For or against eugenics this is the kind of future we may see.
What an open and honest future? I am confused.
Originally posted by Maxmars
I cannot fault a parent deciding to do this... I do fault a culture that presumes to tell you how to feel about it.
Originally posted by OhZone
So you people are OK with passing heritable defects on to offspring?
Why does this frighten you so much?
Humans have over 4000 heritable defects. Don't you think that it is time we who think we are so enlightened, should do something serious about it?
Those with these defects are not usually told that they are heritable. And it is or has been taboo to suggest to a defective person that he should not breed and pass the problem on to his children and grandchildren.
Originally posted by OhZone
So you people are OK with passing heritable defects on to offspring?
Why does this frighten you so much?
Humans have over 4000 heritable defects. Don't you think that it is time we who think we are so enlightened, should do something serious about it?
Those with these defects are not usually told that they are heritable. And it is or has been taboo to suggest to a defective person that he should not breed and pass the problem on to his children and grandchildren.
Originally posted by OhZone
So you people are OK with passing heritable defects on to offspring?
Why does this frighten you so much?
Humans have over 4000 heritable defects. Don't you think that it is time we who think we are so enlightened, should do something serious about it?
Those with these defects are not usually told that they are heritable. And it is or has been taboo to suggest to a defective person that he should not breed and pass the problem on to his children and grandchildren.
Originally posted by SyphonX
Originally posted by OhZone
So you people are OK with passing heritable defects on to offspring?
Why does this frighten you so much?
Humans have over 4000 heritable defects. Don't you think that it is time we who think we are so enlightened, should do something serious about it?
Those with these defects are not usually told that they are heritable. And it is or has been taboo to suggest to a defective person that he should not breed and pass the problem on to his children and grandchildren.
How do you abort a sociopath, and is it detectable in the womb?
I would possibly share your sentiments if we could "abort" the sociopaths and destructive psychopaths in this world.. but alas, we cannot. Physical abnormalities and the "disabled" are really not the "problem" in this world, are they? When was the last time someone with advanced cerebral palsy destroyed an entire oceanic eco-system with crude oil, then complained quote, "I want my life back." ?
Oh yea, never.
Originally posted by frazzle
Originally posted by SyphonX
Originally posted by OhZone
So you people are OK with passing heritable defects on to offspring?
Why does this frighten you so much?
Humans have over 4000 heritable defects. Don't you think that it is time we who think we are so enlightened, should do something serious about it?
Those with these defects are not usually told that they are heritable. And it is or has been taboo to suggest to a defective person that he should not breed and pass the problem on to his children and grandchildren.
How do you abort a sociopath, and is it detectable in the womb?
I would possibly share your sentiments if we could "abort" the sociopaths and destructive psychopaths in this world.. but alas, we cannot. Physical abnormalities and the "disabled" are really not the "problem" in this world, are they? When was the last time someone with advanced cerebral palsy destroyed an entire oceanic eco-system with crude oil, then complained quote, "I want my life back." ?
Oh yea, never.
Wish I could star that post a couple thousand times!
Analysis of cell-free fetal DNA in maternal plasma holds promise for the development of noninvasive prenatal genetic diagnostics. Previous studies have been restricted to detection of fetal trisomies, to specific paternally inherited mutations, or to genotyping common polymorphisms using material obtained invasively, for example, through chorionic villus sampling. Here, we combine genome sequencing of two parents, genome-wide maternal haplotyping, and deep sequencing of maternal plasma DNA to noninvasively determine the genome sequence of a human fetus at 18.5 weeks of gestation. Inheritance was predicted at 2.8 × 106 parental heterozygous sites with 98.1% accuracy. Furthermore, 39 of 44 de novo point mutations in the fetal genome were detected, albeit with limited specificity. Subsampling these data and analyzing a second family trio by the same approach indicate that parental haplotype blocks of ~300 kilo–base pairs combined with shallow sequencing of maternal plasma DNA is sufficient to substantially determine the inherited complement of a fetal genome. However, ultradeep sequencing of maternal plasma DNA is necessary for the practical detection of fetal de novo mutations genome-wide. Although technical and analytical challenges remain, we anticipate that noninvasive analysis of inherited variation and de novo mutations in fetal genomes will facilitate prenatal diagnosis of both recessive and dominant Mendelian disorders.
With new opportunities in genome science and bioinformatics, research has shifted toward the study of common heritable disorders including autism, bipolar disorder, anxiety disorders, schizophrenia, and Alzheimer’s disease.