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The Immunogenicity of Hyaluronic Fillers and Its Consequences

机译:透明质酸填料的免疫原性及其后果

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摘要

Hyaluronic acid (HA) is a glycosaminoglycan, a natural component of the extracellular matrix. The identical structure of the molecule in all living organisms is its main advantage, as it translates into the minimal probability of immunogenicity. Therefore, it is the closest to the ideal preparation used as a filler, due to its biocompatibility and stability at the site of implantation. This paper includes the discussion of the potential mechanisms of adverse immune reactions to HA along with the mechanisms of reaction following vaccinations against SARS-CoV-2. Based on the literature, we tried to systematize adverse immune reactions with systemic manifestations to HA. The occurrence of unpredictable reactions to hyaluronic acid indicates that they may not be treated as neutral or non-allergenic. The modifications of the chemical structure of HA, additives and individual tendencies in a patient may be the cause of unpredictable reactions, leading to serious health consequences. Preparations of unknown origin, poorly purified, or including bacterial DNA are particularly dangerous. Therefore, long-lasting follow-up of the patient and the selection of a preparation approved by the FDA or EMA are of high importance. Patients are often unaware of the consequences of cheaper procedures performed by persons without suitable knowledge with the use of unregistered products, so the public should be educated and legal regulations should be introduced.
机译:透明质酸(HA)是糖胺聚糖,细胞外基质的天然成分。所有生物体中分子的相同结构是其主要优势,因为它转化为免疫原性的最小概率。因此,由于其在植入部位的生物相容性和稳定性,它是最接近用作填料的理想制备。本文包括讨论对HA的不利免疫反应的潜在机制以及对SARS-COV-2疫苗接种后的反应机制。基于文献,我们试图将具有全身表现形式的不利免疫反应系统溶解于HA。对透明质酸不可预测的反应的发生表明它们可能不会被视为中性或非过敏性。患者中HA,添加剂和个体倾向的化学结构的修饰可能是不可预测反应的原因,导致严重的健康后果。未知起源,纯化差或包括细菌DNA的制剂是特别危险的。因此,患者的长期随访以及由FDA或EMA批准的准备的选择具有很高的重要性。患者往往没有意识到人们在没有适合未登记的产品的情况下没有适当的知识的更便宜程序的后果,因此公众应接受教育,并应介绍法律规定。

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