Gene therapy has the potential to revolutionise treatment for patients with haemophilia and is close to entering clinical practice. While factor concentrates have improved outcomes, individuals still face a lifetime of injections, pain, progressive joint damage, the potential for inhibitor development and impaired quality of life. Recently published studies in adeno‐associated viral (AAV) vector‐mediated gene therapy have demonstrated improvement in endogenous factor levels over sustained periods, significant reduction in annualised bleed rates, lower exogenous factor usage and thus far a positive safety profile. In making the shared decision to proceed with gene therapy for haemophilia, physicians should make it clear that research is ongo...
With liver-directed gene therapy, congenital haemophilia has the potential to progress from an incur...
Gene therapy may be the next major advance for treatment of many diseases, and severe haemophilia (a...
Gene therapy may be the next major advance for treatment of many diseases, and severe haemophilia (a...
Gene therapy has the potential to revolutionise treatment for patients with haemophilia and is close...
Hemophilia is a monogenic disease with robust clinicolaboratory correlations of severity. These attr...
Hemophilia is an inherited bleeding disorder caused by the lack of a protein necessary for blood clo...
Haemophilia is a chromosome-related haemorrhage, bleeding recessive disorder that occurs due to the ...
Gene therapy has recently become a realistic treatment perspective for patients with haemophilia. Re...
In the last decade, enormous progress has been made in the development of gene therapy for hemophili...
Hemophilia is a monogenic mutational disease affecting coagulation factor VIII or factor IX genes. T...
Hemophilia is a monogenic mutational disease affecting coagulation factor VIII or factor IX genes. T...
Historically, the standard of care for hemophilia A has been intravenous administration of exogenous...
Gene therapy may be the next major advance for treatment of many diseases, and severe haemophilia (a...
Gene therapy may be the next major advance for treatment of many diseases, and severe haemophilia (a...
Hemophilia A and B are X-linked monogenic disorders caused by deficiencies in coagulation factor VII...
With liver-directed gene therapy, congenital haemophilia has the potential to progress from an incur...
Gene therapy may be the next major advance for treatment of many diseases, and severe haemophilia (a...
Gene therapy may be the next major advance for treatment of many diseases, and severe haemophilia (a...
Gene therapy has the potential to revolutionise treatment for patients with haemophilia and is close...
Hemophilia is a monogenic disease with robust clinicolaboratory correlations of severity. These attr...
Hemophilia is an inherited bleeding disorder caused by the lack of a protein necessary for blood clo...
Haemophilia is a chromosome-related haemorrhage, bleeding recessive disorder that occurs due to the ...
Gene therapy has recently become a realistic treatment perspective for patients with haemophilia. Re...
In the last decade, enormous progress has been made in the development of gene therapy for hemophili...
Hemophilia is a monogenic mutational disease affecting coagulation factor VIII or factor IX genes. T...
Hemophilia is a monogenic mutational disease affecting coagulation factor VIII or factor IX genes. T...
Historically, the standard of care for hemophilia A has been intravenous administration of exogenous...
Gene therapy may be the next major advance for treatment of many diseases, and severe haemophilia (a...
Gene therapy may be the next major advance for treatment of many diseases, and severe haemophilia (a...
Hemophilia A and B are X-linked monogenic disorders caused by deficiencies in coagulation factor VII...
With liver-directed gene therapy, congenital haemophilia has the potential to progress from an incur...
Gene therapy may be the next major advance for treatment of many diseases, and severe haemophilia (a...
Gene therapy may be the next major advance for treatment of many diseases, and severe haemophilia (a...