Question

X-linked recessivethe body’s ability to control blood clotting (and hence stop bleeding) is impaired. The formation of a blood clotis controlled by a cascade of coagulation factors whose genes are located on the X chromosome. When one of these factorsbecomes defective, fibrin formation is prevented so bleeding continues. Different forms of haemophilia can occur, based on which specific coagulation factor is mutated (e.g. haemophilia A = factor VIII) 1,1,0 | n,n,n,n X-linked recessivethe body’s ability to control blood clotting (and hence stop bleeding) is impaired. The formation of a blood clot......... ......is controlled by a cascade of coagulation factors whose genes are located on the X chromosome. When one of these factorsbecomes defective, fibrin formation is prevented so bleeding continues. Different forms of haemophilia can occur, based on ... X-linked recessivethe body’s ability to control blood clotting (and hence stop bleeding) is impaired. The formation of a blood clotis controlled by a cascade of coagulation factors whose genes are located on the X chromosome. When one of these factorsbecomes defective, fibrin formation is prevented so bleeding continues. Different forms of haemophilia can occur, based on which specific coagulation factor is mutated (e.g. haemophilia A = factor VIII)

Accepted Answer

Haemophilia is an ... genetic disorder whereby ... X-linked recessive............ ...the body’s ability to control blood clotting (and hence stop bleeding) is impaired. The formation of a blood clotis controlled by a cascade of coagulation factors whose genes are located on the X chromosome. When one of these factors...... .........becomes defective, fibrin formation is prevented so bleeding continues. Different forms of haemophilia can occur, based on which specific coagulation factor is mutated (e.g. haemophilia A = factor VIII)

Original	X-linked recessive the body’s ability to control blood clotting (and hence stop bleeding) is impaired. The formation of a blood clot is controlled by a cascade of coagulation factors whose genes are located on the X chromosome. When one of these factors becomes defective, fibrin formation is prevented so bleeding continues. Different forms of haemophilia can occur, based on which specific coagulation factor is mutated (e.g. haemophilia A = factor VIII)
Title	Haemophilia is an ... genetic disorder whereby ...
Settings	1,1,0 \| n,n,n,n
Text1	X-linked recessive ... ... ... ...
Text2	X-linked recessive the body’s ability to control blood clotting (and hence stop bleeding) is impaired. The formation of a blood clot ... ... ...
Text3	... the body’s ability to control blood clotting (and hence stop bleeding) is impaired. The formation of a blood clot is controlled by a cascade of coagulation factors whose genes are located on the X chromosome. When one of these factors ... ...
Text4	... ... is controlled by a cascade of coagulation factors whose genes are located on the X chromosome. When one of these factors becomes defective, fibrin formation is prevented so bleeding continues. Different forms of haemophilia can occur, based on ...
Text5	... ... ... becomes defective, fibrin formation is prevented so bleeding continues. Different forms of haemophilia can occur, based on which specific coagulation factor is mutated (e.g. haemophilia A = factor VIII)
Full	X-linked recessive the body’s ability to control blood clotting (and hence stop bleeding) is impaired. The formation of a blood clot is controlled by a cascade of coagulation factors whose genes are located on the X chromosome. When one of these factors becomes defective, fibrin formation is prevented so bleeding continues. Different forms of haemophilia can occur, based on which specific coagulation factor is mutated (e.g. haemophilia A = factor VIII)

Blood Formation Factors Haemophilia Coagulation X Linked Recessive Body’s