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Molecular characterization of four novel mutationscausingfactor VII deficiency
a Structural Variant N57D of the First Epidermal Growth Factor Domain Blair J.N. Leonard , Qi Chen , Morris A. Blajchman , Frederick A. Ofosu , Sampath Sridhara , Daniel Yang and Bryan J. Clarke Blood(passive) Caused byFactor VII Deficiency
a change , or mutation(passive) is caused byFactor IX Deficiency
novel mutation mechanismsleadingto factor VIII deficiency
hemophilia B. AlphaNine SD(passive) caused byfactor IX deficiency
a mutation ( change ) on the F7 gene , which is inherited in an autosomal recessive manner(passive) is caused byFactor VII deficiency
a markedly decreased affinity of von Willebrand factor VWF for FVIII(passive) caused bya factor VIII FVIII deficiency
mutations of the F7 gene(passive) is caused byFactor VII deficiency
variants in the gene that codes for coagulation factor VII(passive) is caused byFactor VII deficiency
a problem with factor VII(passive) is caused byFactor VII deficiency
mutations in the coagulation factor 8 gene ( F8leadingto factor VIII ( FVIII ) deficiency
in humans(passive) was first discoveredFactor VII Deficiency ( FVIID
a series of multiple genetic transcript mutations in factor VIII synthesis(passive) is caused byA deficiency in factor VIII
mutations in the HNF-4α - binding site in the blood coagulation factor VII gene64(passive) caused byfactor VII deficiency :
in a propositus and two of his siblings(passive) was discoveredfactor VII ) deficiency
VWD ... when severecausefactor VIII deficiency
the common Arg353Gln polymorphism 14 MutationscausingFactor VII deficiency
The development of autoantibodies against factor VIIIleadsto factor VIII deficiency
an X - chromosome - linked recessive bleeding disordercausinga deficiency in Factor VIII
Gene deletionsleadto factor VIII deficiency
Several different mutationscan leadto factor VIII deficiency
a markedly decreased affinity of von Willebrand factor for factor VIII(passive) caused byfactor VIII deficiency
in which insertion in the carboxy terminal region of factor IXcausesfactor IX deficiency
any acquired conditionscausingfactor IX deficiency
the gastric juicecausesdeficiency of factor viii
a rare inherited bleeding disorderresultingfrom factor VIII deficiency
an inhibitory antibody to factor VIII(passive) caused byfactor VIII deficiency
the second common bleeding disorderresultingfrom Factor VIII deficiency
autoantibody against Factor VIII(passive) is caused byAcquired factor VIII deficiency
to symptoms of Hemophilia A.can leadto symptoms of Hemophilia A.
Hemophilia A ... factor(passive) is caused byHemophilia A ... factor
Not all forms of hemophilia(passive) are caused byNot all forms of hemophilia
classic hemophilia A. Hemophilia A(passive) is caused byclassic hemophilia A. Hemophilia A
hemophilia B. Hemophilia A(passive) is caused byhemophilia B. Hemophilia A
types A & B. Hemophilia A(passive) is caused bytypes A & B. Hemophilia A
The commonest form of hemophilia(passive) is caused byThe commonest form of hemophilia
ncbi.nlm.nih.gov ] Hemophilia A ( classic hemophilia(passive) is caused byncbi.nlm.nih.gov ] Hemophilia A ( classic hemophilia
the serious bleeding disorder hemophilia A.causesthe serious bleeding disorder hemophilia A.
haemorrhagic disorder called hemophiliacauseshaemorrhagic disorder called hemophilia
protein.1,2 Hemophilia A(passive) is caused byprotein.1,2 Hemophilia A
to Hemophilia B Haemophilia B ( or hemophilia Bleadsto Hemophilia B Haemophilia B ( or hemophilia B
bleeding episodes in patients with severe hemophilia A(passive) is caused bybleeding episodes in patients with severe hemophilia A
Clotting Detection Clinical Significance : The most common form of hemophilia , Hemophilia A(passive) is caused byClotting Detection Clinical Significance : The most common form of hemophilia , Hemophilia A
a one - time treatment to market for hemophilia A(passive) is caused bya one - time treatment to market for hemophilia A
Hemophilia A , the most common form of blood clotting disorder(passive) is caused byHemophilia A , the most common form of blood clotting disorder
IX.6,7 Clinical features of hemophilia B(passive) is caused byIX.6,7 Clinical features of hemophilia B
in 1952 in a patient named Stephen Christmas and hemophilia Bwas ... discoveredin 1952 in a patient named Stephen Christmas and hemophilia B
classic hemophilia a while deficiencies of factor ix cause " christmas disease"(hemophilia bcausesclassic hemophilia a while deficiencies of factor ix cause " christmas disease"(hemophilia b
a common inherited bleeding disorder known as hemophilia - A. [ 11],[12 ] ADMEcausesa common inherited bleeding disorder known as hemophilia - A. [ 11],[12 ] ADME
Hemophilia B ( Christmas disease ) , somewhat rarer but essentially indistinguishable clinically from hemophilia A(passive) is caused byHemophilia B ( Christmas disease ) , somewhat rarer but essentially indistinguishable clinically from hemophilia A
to hemophilia , an inherited disorder ( discussed in chapter 10 ) that is characterized by prolonged bleedingleadsto hemophilia , an inherited disorder ( discussed in chapter 10 ) that is characterized by prolonged bleeding
to the development of hemophilia a , the most common form of this disease , which constitutes about 85 % of all cases of hemophilialeadsto the development of hemophilia a , the most common form of this disease , which constitutes about 85 % of all cases of hemophilia
to hemophilia A , symptoms of which can vary from mild to severe depending on the amount of factor VIII present in the bloodleadsto hemophilia A , symptoms of which can vary from mild to severe depending on the amount of factor VIII present in the blood
hemophilia B ... and like hemophilia A , hemophilia A may be mild , moderate or severe , although hemophilia A is not as prevalent as hemophilia A worldwidecauseshemophilia B ... and like hemophilia A , hemophilia A may be mild , moderate or severe , although hemophilia A is not as prevalent as hemophilia A worldwide
in hemophilia A with a prevalence of roughly 1 in 10,000 and factor IX deficiency resulting in hemophilia B with a prevalence of roughly 1 in 100,000resultingin hemophilia A with a prevalence of roughly 1 in 10,000 and factor IX deficiency resulting in hemophilia B with a prevalence of roughly 1 in 100,000
hemophilia B. Initial efforts concentrated on the replacement of factor IX , because the coding region and regulatory sequences could readily be encapsidated in the AAV vectorcauseshemophilia B. Initial efforts concentrated on the replacement of factor IX , because the coding region and regulatory sequences could readily be encapsidated in the AAV vector
classic haemophiliacausesclassic haemophilia
Haemophilia B disorder(passive) is caused byHaemophilia B disorder
to classical haemophilia and a bleeding diathesis [ 21leadsto classical haemophilia and a bleeding diathesis [ 21
a severe bleeding disordercausesa severe bleeding disorder
a rare bleeding disorder(passive) caused bya rare bleeding disorder
blood coagulation disordercausingblood coagulation disorder
an X - linked bleeding disorder(passive) caused byan X - linked bleeding disorder
a rare congenital bleeding disorder(passive) caused bya rare congenital bleeding disorder
an X - linked congenital bleeding disorder(passive) caused byan X - linked congenital bleeding disorder
Christmas disease , a rare genetic bleeding disordercausesChristmas disease , a rare genetic bleeding disorder
an inherited X - linked recessive bleeding disorder(passive) caused byan inherited X - linked recessive bleeding disorder
Type a , the most common type(passive) is caused byType a , the most common type
an X - linked recessive disorder(passive) caused byan X - linked recessive disorder