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首页> 外文期刊>Seminars in Thrombosis and Hemostasis >Current and future approaches to inhibitor management and aversion.
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Current and future approaches to inhibitor management and aversion.

机译:当前和未来的抑制剂管理和规避方法。

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摘要

Immune tolerance induction (ITI) is the most common approach used to eliminate inhibitors that develop in hemophilia A patients following exposure to factor (F) VIII therapy. ITI generally requires ongoing long-term exposure to factor replacement therapy using FVIII or FIX. Although plasma-derived products have been the mainstay of ITI therapy in the past, recent data indicate that high-purity (i.e., recombinant) rFVIII products are probably equally effective. For patients who have failed to respond to ITI treatment, or for those at high risk to do so, immunosuppressive therapy may be helpful. Rituximab has demonstrated a possible clinical benefit in hemophilic and nonhemophilic patients developing FVIII inhibitors, but benefit in those with congenital hemophilia and inhibitors has not been established and more extensive clinical studies are needed. More recently, research on reducing the incidence of inhibitor development has included mutagenizing key epitopes of the FVIII antigenic molecule to alter its immunogenicity without affecting biological activity, as well as induction of tolerance by gene therapy with immunodominant A2 and C2 domains of FVIII presented by B cells as immunoglobulin fusion proteins.
机译:免疫耐受诱导(ITI)是用于消除暴露于(F)VIII因子治疗后在A型血友病患者中产生的抑制剂的最常用方法。 ITI通常需要持续长期使用FVIII或FIX进行因子替代治疗。尽管血浆衍生产品过去一直是ITI治疗的主要手段,但最近的数据表明,高纯度(即重组)rFVIII产品可能同样有效。对于对ITI治疗无效的患者或对ITI治疗无效的患者,免疫抑制治疗可能会有所帮助。利妥昔单抗已证明对开发FVIII抑制剂的血友病和非血友病患者可能具有临床益处,但对先天性血友病和抑制剂的患者尚无益处,需要进行更广泛的临床研究。最近,有关减少抑制剂开发发生率的研究包括诱变FVIII抗原分子的关键表位,以改变其免疫原性而又不影响生物学活性,以及​​通过B提出的具有FVIII免疫优势的A2和C2结构域的基因治疗诱导耐受性细胞作为免疫球蛋白融合蛋白。

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