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2.
Blood Transfus ; 16(6): 525-534, 2018 11.
Article in English | MEDLINE | ID: mdl-30201084

ABSTRACT

Selecting therapeutic products for the treatment of haemophilia follows the process of obtaining market approval of products submitted to the scrutiny of a regulatory agency. In well-resourced countries, key decisions on whether a product is sufficiently safe and of high quality are made by highly expert and well-resourced agencies, such as the US Food and Drug Administration (FDA) and the European Medicines Agency (EMA). In countries lacking such agencies, well-informed decisions can still be made through an appreciation of the key issues affecting the quality, safety and efficacy of haemophilia products. A number of well-established principles may then be applied in order to make a choice. In this review, reflecting principles outlined by the World Federation of Hemophilia, we outline the key features in determining the acceptability of therapeutic products for haemophilia in order to ensure an optimal choice in all the environments providing haemophilia care.


Subject(s)
Blood Coagulation Factors/therapeutic use , Factor VIII/therapeutic use , Fibrinogen/therapeutic use , Hemophilia A/diet therapy , Blood Coagulation Factors/adverse effects , Factor VIII/adverse effects , Fibrinogen/adverse effects , Hemophilia A/blood , Humans , United States , United States Food and Drug Administration
3.
J Blood Med ; 6: 185-95, 2015.
Article in English | MEDLINE | ID: mdl-26124687

ABSTRACT

Following the obviation of the pathogen safety threats posed by previous generations of clotting factor concentrates for the treatment of hemophilia, the principal issue facing the patient community is timely access to adequate supplies of continuously improving therapies. The application of evidence-based medicine has enhanced the basis of hemophilia therapy, while resulting in some challenges to patient care. Increasingly, the criteria used for the approval and payment of treatment products by regulatory and reimbursement agencies, respectively, are becoming inflexible and unrealistic. This is occurring particularly in the requirements for demonstrating product efficacy. Concurrently, emerging evidence of the interpatient variability in the clinical response to therapy has led to the proposed personalization of therapeutic regimens. Possible impediments to optimal care include competitive tensions among suppliers who seek to gain label claims for reimbursement purposes, which result in clinical trial designs of, arguably, unethical design, carried out in poor countries. We synthesize these converging developments to suggest some changes to the current hemophilia treatment paradigm, which should make it more patient-centric and enable speedier access to new therapies.

4.
Rev Recent Clin Trials ; 9(1): 21-30, 2014.
Article in English | MEDLINE | ID: mdl-24330133

ABSTRACT

Fluid resuscitation with colloids is an established second line therapy for septic patients. Evidence of relative efficacy outcomes is tempered by considerations of the relative costs of the individual fluids. An assessment of recent large clinical trials was performed, resulting in a ranking in the efficacy of these therapies. Probabilities for mortality and the need for renal replacement therapy (RRT) were derived and used to inform a decision analysis model comparing the effect of crystalloid, albumin and hydroxyethyl starch solutions in severe septic patients followed from hospital admission to 90 days in intensive care. The US payer perspective was used. Model inputs for costs and efficacy were derived from the peer-reviewed literature, assuming that that all fluid preparations are bio-equivalent within each class of these therapies. Probabilities for mortality and the need for renal replacement therapy (RRT) data were synthesized using a Bayesian meta-analysis. Relative to crystalloid therapy, 0.21 life years were gained with albumin and 0.85 life years were lost with hydroxyethyl starch. One-way sensitivity analysis showed that the model's outcomes were sensitive to the cost of RRT but not to the costs of the actual fluids or any other costs. We conclude that albumin may be the most cost-effective treatment in these patients when the total medical costs and iatrogenic morbidities involved in treating sepsis with fluids are considered. These results should assist and inform decision making in the choice of these drugs.


Subject(s)
Albumins/economics , Albumins/therapeutic use , Decision Support Techniques , Fluid Therapy/economics , Hydroxyethyl Starch Derivatives/economics , Hydroxyethyl Starch Derivatives/therapeutic use , Isotonic Solutions/economics , Isotonic Solutions/therapeutic use , Sepsis/therapy , Clinical Trials as Topic , Cost-Benefit Analysis , Crystalloid Solutions , Decision Trees , Humans , Severity of Illness Index
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