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What blood type is a hemophiliac

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A:Hemophilia is a hereditary genetic disorders that impair the body’s ability to control blood clotting or coagulation, which is used to stop bleeding when a blood vessel is broken. A person who has it can be any blood type. ChaCha on! [ Source: http://www.chacha.com/question/what-blood-type-is-a-hemophiliac ]
More Answers to “What blood type is a hemophiliac
What I know hemophilia is blood clotting disorder but what is the…?
http://www.chacha.com/question/what-i-know-hemophilia-is-blood-clotting-disorder-but-what-is-the-most-common-type
The most common type of Hemophilia is referred to as Hemophilia A. The others are Hemophilia B and Hemophilia C. Hope this helps!

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Which of the following is NOT a function of bones?
Q: Which of the following is NOT a function of bones?To protect organs To allow us to stand To provide places of attachment for muscles To help transport blood 2: Which of the following is a difference between bone and cartilage?Bones are more flexible than cartilage. Bones are harder than cartilage. Bones are larger than cartilage. Bones heal more completely than cartilage. 3: All muscles pull rather than push. How, then, is it possible for you to push a table or a chair across a room?Because muscles are strong Because muscles are arranged in opposed groups Because muscles contract in different directions Because muscle fiber has many different layers 4: How does heart muscle tissue resemble voluntary muscle tissue? Because the heart has cross-striations Because the muscle tissues have one nucleus Because we can control our heart beat Because the heart is made of smooth muscle tissue 5: What is a function of plasma?To allow blood cells to flow throughout the body To bring food to cells of body tissue To help fight disease To carry hemoglobin to muscle groups 6: What is one way the blood is adapted to resist the invasion of micro-organisms?By carrying hemoglobin to all parts of the body By creating lymph out of plasma Through white corpuscles The blood does not resist invasion, other organs filter blood to remove micro-organisms 7: Describe the pattern of blood flow through the heart, body, and lungs.Blood passes through the left ventricle of the heart to the arteries, through the muscles, into the veins, into the right ventricle of the heart, into the lungs, back into the left ventricle, and begins again Blood passes through the lungs to collect oxygen, into the right ventricle, into the veins, into the left ventricle, and into the arteries which lead to the lungs for replenishing the oxygen supply Blood passes from the left ventricle to the veins, through the muscles, to the arteries, to the lungs, into the right ventricle of the heart to begin again Blood passes from the right ventricle of the heart to the lungs, through the arteries, through the muscles, and back to the lungs through the veins 8: Distinguish between an artery and a vein.An artery is carries much more blood than veins, which branch off of arteries Arteries carry oxygen-rich blood to muscle tissue; veins return blood with waste be replenished with oxygen Veins carry oxygen-rich blood to muscle tissue; arteries return blood with waste be replenished with oxygen A vein carries much more blood than arteries, which branch off of veins 9: What is meant by “blood type”?The kind of cells that make up blood, varying with the ratio of red to white blood cells Hemophiliacs have a different blood type than healthy people, which is why their blood does not clot normally A classification of blood based on inherited differences on the surface of red blood cells A classification of blood based on inherited differences in the chemical compounds that bond to create blood 10: How is the action of a hormone similar to that of a nerve? Because they both bring about responses Because they are both delivered through the blood system Because they are both issued from parts of the brain Because they are both essential in puberty 11: What is diabetes and how is it treated?The pancreas does not supply enough insulin and excessive amounts of sugar collect in the blood. It is treated by controlling diet and injecting extra insulin into the blood. The thyroid gland is overactive and can cause weight-loss, irritability, and protrusion of the eyes. It is controlled through various medical procedures to reduce levels of thyroxin. The pancreas produces too much insulin and breaks down the sugar in the blood too fast. It is treated by controlled diet and injecting insulin-suppressors into the blood. The thyroid gland is under-active and people tend to become obese and slow in reactions. It is controlled by diet and injections of thyroxin.
A: 1. transport blood2. bones are harder3. arranged in opposing groups4. smooth muscle tissue?5. blood cell flow6. white corpuscles 7. Blood passes through the left ventricle of the heart to the arteries….8. Arteries to muscle tissue; veins return blood to heart9. A classification of blood based on inherited differences on the surface of red blood cells 10. Because they both bring about responses 11. The pancreas does not supply enough insulin and excessive amounts of sugar collect in the blood. It is treated by controlling diet and injecting extra insulin into the blood.
what is the blood type?
Q: 1) Describe the expected children if a hemophiliac woman married a normal man.2) A color blind marries a woman with normal vision who had a color blind father. What are the phenotypes of their children?***** remember that hemophilia and blindness are caused by recessive alleles on the X-chromosome.*****
A: 1) All the boys would be hemophiliacs, none of the girls, but they would be carriers.____X____YXh_XhX _XhYXh_XhX _XhY2) 50% chance of colourblindness in either gender. Those girls non-colourblind will be carriers. Non-colourblind boys completely normal.____Xc__YXc_XcXc_XcYX__XcX__XY
Genetics problem question. PLEASE help?
Q: Multiple choice questionsHemophilia a recessive, sex-linked trait. Use n to represent the allele for hemophilia. A woman has normal blood clotting type O marries man with normal blood clotting type AB blood. The womans father was known to be hemophiliac with type B blood. a. Womans fathers genotype as completely be determined.a. XnY,BB b.XNY,BO c.XnXn,BO d.XnY,BO b. term best describe woman relating to hemophilia?a.pure breeding b.hybrid or heterozygous c.carrier d. dihybrid e. none of thesec. what are chances couple having child with hemophilia?a.0 b.1 c.1/2 d.1/4 e. 3/4d. chances having a daughter with hemophilia?a.0 b.1 c.1/2 d.1/4 e.1/8e. chances having a son with blood type A and hemophilia?a.0 b.1 c.1/2 d.1/4 e.1/8f. according to laws of probability, what percentage of this womans sons should inherit the sex-linked trait hemophilia from their mother?a.0% b.25% c.50% d.75% e.100%kt is it b. XNY,BO or e. XnY,BO?
A: The answers are: a) b – XnY, BO, because in order for the woman to have type O blood, the father must be heterozygous. Also, since he was a hemophiliac, she must have inherited the trait from him even though it is not expressed in her (because she also inherited a normal X chromosome from her mother).b) c – carrier, because (as above) she has one normal X chromosome and one X chromosome with the hemophilia trait. She is not pure-breeding because her X chromosomes are not identical; she is not heterozygous because she has two X chromosomes; dihybrid refers to two characteristics. c) d – 1/4, because the cross is XXn by XY; draw the Punnett square and seed) a – 0, because daughters get an Z chromosome from both the mother and the father, even if they get her Xn, they will also get a normal X from the father, and thus will not exhibit the recessive trait.e) e – 1/8, because the cross is XXnOO by XYAB and only one of the possible offspring would have type A and have hemophilia (of all the offsprin, the females would be 2 XX type A and 2 XX type B, while the males would be 1 XY A, 1 XY B, 1 XnYA and 1 XnYB. Again, draw the Punnett square to be sure.f. c – 50%, as mentioned above, 2 of the 4 possible sons would have hemophilia.
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