胸腺激素活性中枢的合成类似物免疫调节疗法在盆腔器官慢性感染性和炎症性疾病免疫功能低下妇女的综合治疗中的有效性

S. Kovaleva, I. Nesterova, S. N. Pikturno, G. Chudilova, L. Lomtatidze, Yu. V. Teterin, A.I. Pirogova, N. S. Prosolypova, А. M. Chulkova
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引用次数: 0

摘要

女性盆腔器官慢性炎症性疾病(盆腔炎,PID)是世界范围内妇科研究不足的主要问题之一,具有不良的医疗和社会经济后果,因此有必要进一步研究免疫发病机制和开发新的治疗方法。我们的目标是开发新的免疫治疗方法来纠正免疫功能低下的PID妇女的免疫系统功能紊乱,并评估其临床和免疫学疗效。55名年龄在20-40岁的女性,即35例迟滞或复发性PID加重,常规治疗无效。在综合治疗前(研究组1 GI- 1)和疗程后(研究组2 GI-2)分别进行测试。以六肽免疫治疗药物(HP)为基础,每日45 mg/ml肌注治疗10天,观察SG-1和SG-2在治疗前和治疗后2-3天的T淋巴细胞和B淋巴细胞、自然杀伤细胞(NK)(美国CYTOMICS FC500)的含量,以及嗜中性粒细胞(NG)的吞噬和杀微生物功能。在SG-1患者中,发现T细胞(CD3+CD19-)和B细胞(CD3-CD19+)减少,NK CD3- cd16 +CD56+含量增加2倍,同时NG功能改变(活性吞噬NG缺乏,消化功能和nadph氧化酶活性降低)。在SG-2患者中,治疗后恢复T细胞(CD3+CD19-)和B细胞(CD3-CD19+), NK细胞(CD3- cd16 +CD56+),如效应功能的增加,即NG捕获微生物及其由于激活NADPH氧化酶和NG细胞群中杀微生物储备能力的正常化而产生的杀伤能力。临床疗效包括急性期临床症状减轻,随访6个月无PID加重(85.6%)。PID的偶尔加重与医疗操作(5.7%)和无保护的性接触(5.7%)有关。经免疫病理学证实的治疗PID女性合并免疫系统功能障碍的方法具有积极的临床和免疫学效果。
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The effectiveness of immunomodulatory therapy with a synthetic analogue of the active center of the hormone thymus thymopoietin in the complex treatment of immunocompromised women with chronic infectious and inflammatory diseases of the pelvic organs
Chronic inflammatory diseases of the pelvic organs (pelvic inflammatory disease, PID) in women is among the main understudied problems in gynecology worldwide with adverse medical and socio-economic consequences, thus justifying the need for further study of immunopathogenesis and development of new approaches to treatment. Our objective was to develop new immunotherapeutic approaches to correction of combined disorders of the immune system functioning in immunocompromised women with PID and to evaluate their clinical and immunological efficacy. 55 women aged 20-40 years were examined, i.e., 35 patients with exacerbation of sluggish or recurrent PID, resistant to conventional therapy. Testiung was performed before complex treatment (study group 1 GI- 1) and after the course (study group 2 GI-2). Contents of T and B lymphocytes, natural killer cells (NK) (CYTOMICS FC500, USA), phagocytic and microbicidal functions of neutrophilic granulocytes (NG) were assessed in SG-1 and SG-2 before and 2-3 days after complex treatment with addition of an immunotherapeutic drug based on hexapeptide (HP) at a daily dose of 45 mg/ml intramuscularly for 10 days. In patients from SG-1, a decrease in T cells (CD3+CD19- ) and B cells (CD3-CD19+), a 2-fold increase in the content of NK CD3-CD16+CD56+ was found, along with altered functioning of NG (deficiency of actively phagocytizing NG, a decrease in their digestive function and NADPH-oxidase activity). In SG-2 patients, the treatment was followed by restoration of the T (CD3+CD19-) and B cells (CD3-CD19+), NK cells (CD3-CD16+CD56+), like as an increase in effector functions, i.e., microbial capture by NG and their killing ability due to activation of NADPH oxidases and normalization of microbicidal reserve capacity in the NG cell population. Positive clinical effect included reduction of clinical symptoms in acute period, absence of PID exacerbations over follow-up for 6 months (85.6% of cases). Occasional exacerbations of PID were associated with medical manipulations (5.7%) and unprotected sexual contacts (5.7%). The immunopathogenetically proven approach to correction of combined functional impairment of immune system in the women with PID shows a positive clinical and immunological effect.
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