Right. About. Here, is where I would give you a very witty answer.. this question had me pondering..
13.3
There are two genetic diseases that were (and are) in Queen Victoria's family. The first one was porphryia which is an autoimmune disease, which was passed on through the Hanoverian line historians believe thanks to Margaret Tudor (the daughter of Henry VIII) The other genetic disease that was in Queen Victoria's family was hemophilia which prevents blood from clotting. It is known that Queen Victoria was a carrier of hemophilia and passed it on to three of her children and at least 6 of her grandchildren and many grandchildren, but it is impossible that she could have carried the gene for both Hemophilia and porphryia (the chance of it happening is the same as the population of the world when she was born.)
Each of the two chromatids normally contains the same genetic information.
Angelman's syndrome is a genetic disorder caused by deletion on genes on chromosome 15 contributed by the mother to child, once you are born with it, the faulty gene has already done the damage. There is no cure for it. Note: If their deletion of the same gene on chromosome 15 contributed by the father, it results in Prader Willi syndrome.
Yes. Every cell in your body contains the exact same genetic information, regardless of where that cell is found.
no but as I see it treatment of genetic disease is treating a genetic problem as a genetic treatment of a disease is using genetics to stop a certain disease that can be treated with genetics
I think pyorrhea is the disease, a periodontist is the type of dentist that treats it. My father had it and it seems to be genetic.
No, SIDS is not a heredity or genetic disease.
cataract, a degenerative condition of the crystaline, a lens inside the eye. It can also be caused as a genetic disease, surgery, and trauma.
Devika Bhim
the same as mine
Everyone who has the genetic error gets the disease, because the bad gene is dominant. There is no such thing as a carrier for a dominant disease. A few dominant genetic diseases like Huntington's disease only cause symptoms later in life, so that people cannot know that they have the disease in early life, but this is not the same as being a carrier: these people actually have the disease.
There is no disease caused by parents having the same ABO blood group.
It helps strengthen the immune system, so that the same disease doesn't kill off the same species over and over again.
Same as mine, after ive married her ; )
Lack of genetic diversity can becomes a problem when a species is hit with infectious diseases. If all the organisms are very similar, then it is very likely that they will all be affected by the same disease, thus destroying the species as a whole. In species with high amounts of genetic diversity, a disease may destroy a section of the population, but many individuals will be resistant to the disease.
ergot