Hemophilia Manitoba  Hemophilia Manitoba, or  bleeders disease, is a sex-linked  cistrontic   warmness that is effecting ab pop out 20,000 Ameri rumps, most of which males. A  person with  bleeders disease   both has an inactive or inadequate  furnish of  hotshot of several(prenominal)  store  actors needed for blood to clot. Because of this haemophilia  give  nonice be mild, moderate, or severe. Severe haemophiliacs argon at  happen for  release during surgery, trauma, or even dental work.  in that respect are deuce types of  bleeders disease, A and B (Christmas disease). Hemophilia B is  exceedingly rare. The  mass of the people have haemophilia A. In haemophilia A, the  bad-tempered factor missing is 8 for clotting. Because haemophilia is sex-linked dis order of battle, it  sess be   rear end uped on from mother to child. This is because the   agent responsible for  qualifi qation blood factors 8 and 9 are only  run aground on the X-chromo whatever. If a female is a carrier that     actor that she has  hotshot bad  element and  matchless good  ingredient for this disease. There is a  fifty dollar bill percent  risk that she would  strangle it on to her child because she can only  maneuver on one of the  devil chromosomes. If a male has haemophilia, he  forget have normal sons and  wholly of his daughters  leave behind be carriers of the hemophilia disorder because all he can pass on is the  wrong X-chromosome. Males mostly have hemophilia,  notwithstanding women can  too have hemophilia. This is extremely rare though because  dickens defective X-chromosomes would be needed. In fact, the  start-off p cheatn  example of women having hemophilia was not until the 1950’s (Bornstein 89). Female carriers are  overly at risk. These women are known as asymptomatic carriers and whitethorn  go excessive menstrual  release, bruising, nosebleeds, and  paradoxs during childbirth. One serious problem with hemophilia is  joystick bleeds. When a joint bleeds, a  slight  c   ore of blood leaks into joint space and can !   not  melt down the joint because it is covered by a capsule of tissue. If the  expel is not discovered by this st years, blood will  stretch out to fill up the joint space. The joint begins to s easy and  b eat uncomfortable. Eventually, the pressure inside will be greater than  outback(a) and the bleeding stops. Fortunately, the blood makes digestive enzymes that  chuck up the  pin down blood. Unfortunately, the digestive enzymes will  also attack the gristle that covers the bones.  by and by several bleeds, the cartilage can be seminal fluid worn out and the enzymes can eat away at the bone. Hemophilia is either treated  for each one time an internal bleed occurs or continuously  through with(predicate) infusions. An infusion will stop the bleeding,  hardly only for  approximately a day. Therefore, most hemophiliacs infuse on a  fixing basis. Before 1985, infusions were not screened for viruses. This resulted in a major  eruption of the HIV virus that infected fifty percent of hem   ophilia patients. Also, hepatitis was transmitted throughout the hemophiliacs. Today, instead of  kind factor, recombinant desoxyribonucleic acid factor 8 is  utilise in order to prevent viruses.  tribe without insurance could not afford hemophilia. An  yearbook bill for hemophilia is usually fifty to a  ascorbic acid thousand dollars.  distributively unit for factor 8 is $1.50. In one  limited case, surgery cost $500,000 because the patient was  prone 1,000 units e  solid hour. Gene therapy treatment can also be used against hemophilia. In-vitro fertilization centers can take an  bullock block and inseminate it by the male sperm on a petri dish. When the  junky multiplies 8 times or more, they can remove one cell at a time and analyze its  deoxyribonucleic acid for the genetic mutation. The healthy eggs would then be  rove into the uterus. The process is especially appropriate for hemophilia B because  well all mutations causing it can be detected. One  actually famous person to ha   ve hemophilia was  tabby cat capital of Seychelles. V!   ictoria  hook up with Prince Henry of Battenberg and they had several children from the marriage. The  cardinal sons both acquired the hemophilia gene from their mother and  authorized of the ages  xx and  cardinal-one. Victoria’s  spot child, Alice was born in 1843 and  married Louis IV, Grand Duke of Hesse-Darmstadt.

 There were two sons of the marriage, of which one died at the age of  deuce-ace because of hemophilia. There were three daughters of the marriage: Irene, Victoria, and Alice. Irene, a carrier, passed the gene onto her children with Prince Henry of Prussia. Victoria, not organism a carrier, had a grandson w   ho passed a normal blood-clotting gene back into the royal family of England. Alice, a carrier, married Nicholas II, Czar of Russia bringing Queen Victoria’s gene into the Russian family. On  noble-minded 12, 1904 during the middle of the Russo-Japanese War, Alice had a  cocker boy named Alexis with hemophilia. Alexis’s first sign was when the umbilicus was bleeding when he was six weeks old. in short later, bruises appeared when he would  give away into things when crawling. Alice now realized that she had passed on the gene and never  richly forgave herself. Contrary to popular belief, people in this time with hemophilia will not necessarily die or come close to death by  minor cuts or injuries, nor do they bleed faster. However, people with hemophilia do bleed longer. As many as one-third of all new cases of hemophilia occur in families with no  introductory history of this disorder. The gene causing hemophilia mutates twenty to thirty times per  zillion gametes produ   ced. The causes for mutations are still poorly unders!   tood, but it is known that some high- energy chemical and nuclear  actinotherapy increases the rate of mutation. Bibliography Bornstein, Jerry and Sandy. What is genetic science?  rising York: Julian Messner, 1979. Cartwright, Frederick F. Disease and History. New York: Dorset Press, 1991. Zallen, Doris Teichler. Does It Run in the Family. New Brunswick: Rutgers University Press, 1997. Wingerson, Lois. Mapping Our Genes. New York: Penguin Books, 1990                                         If you  sine qua non to get a full essay, order it on our website: 
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