最新和最有希望的1型糖尿病治疗

None Umm E Salma Banatwala, None Rayaan Imran, None Muhammad Usman Taufiq
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引用次数: 0

摘要

亲爱的女士,根据国际糖尿病联合会的数据,巴基斯坦是世界上糖尿病患病率最高的国家(1)。1型糖尿病(T1DM)是一种慢性疾病,胰腺分泌很少或没有胰岛素。尽管进行了广泛的研究,但仍未找到治疗T1DM的方法。典型的治疗方法是注射胰岛素、调整饮食和锻炼来控制血糖。这封信简明地解释了T1DM的最新治疗方法。传统上,外源性胰岛素替代是通过针刺手指后检测血糖水平来完成的。然而,现代治疗包括自动血糖监测技术和胰岛素泵。由于T1DM是一种由b细胞破坏引起的自身免疫性疾病,因此使用同种异体实体器官胰腺或胰岛移植替代b细胞可以治疗该疾病(2)。然而,这种治疗需要终身使用免疫抑制药物,可能导致严重感染或肾毒性。其他方法包括靶向t细胞、b细胞或特定的单一抗原,其局限性包括细胞因子风暴引起的副作用或无法识别关键抗原。尽管免疫疗法进一步完善了靶向炎症途径,但缺乏证据表明它们是否能恢复免疫耐受。另一方面,针对细胞内在代谢的治疗可能提高b细胞存活,但可能导致b细胞功能障碍(2)。鉴于目前T1DM治疗的严峻形势,人工胰腺是革命性的。特定的混合型人工胰腺需要患者计算进餐时消耗的碳水化合物。现代系统使用连续血糖监测技术(插入皮肤下的传感器),根据血糖水平通过输液泵输送胰岛素。现代MiniMed 780G人工胰腺是第一个胰岛素输送系统,每5分钟自动给药纠正胰岛素剂量,并根据血糖水平调整胰岛素剂量。这项技术可以通过提供额外的胰岛素来纠正餐前剂量不足或遗漏的情况。一项对4120名780G使用者的研究报告称,结果符合美国糖尿病协会标准的推荐目标,同时赞扬其在血糖控制方面实现低变异性的能力(3)。2023年发表的另一项前瞻性研究得出结论,改用780G有助于恢复低血糖意识和代谢控制(4)。该系统的一个显著副作用是局部皮肤感染(5)。总之,T1DM的治疗选择越来越多。与其他治疗方法相比,人工胰腺显示出良好的效果,副作用较小。进一步的进步是不可或缺的。
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Newest and most promising Type 1 Diabetes treatment
Dear Madam, According to the International Diabetes Federation, Pakistan has the highest diabetes prevalence in the world (1).Ttype 1 diabetes (T1DM), a chronic condition where the pancreas makes little or no insulin. Despite extensive research, cure for T1DM has not been found. Typical treatment uses insulin injections, diet modifications, and exercise to manage blood sugar. This letter concisely explains the latest treatments for T1DM. Conventionally, exogenic insulin substitution was done by testing blood sugar levels after finger pricking. However, modern treatments include automated glucose monitoring technology and insulin pumps. Since T1DM is an autoimmune disease caused by the destruction of B-cells, the replacement of B-cells using allogeneic solid organ pancreas or islet transplantation treats the disease (2). However, this treatment requires lifelong immunosuppression drugs, that could lead to severe infections or nephrotoxicity. Other approaches include targeting T-cells, B-cells, or specific single antigens of which limitations range from side effects due to cytokine storm or inability to identify the key antigen. Even though immunotherapies further refined targeted inflammatory pathways, there is a lack of evidence as to if they can restore immune tolerance. On the other hand, therapies targeting cell-intrinsic metabolism may enhance B-cell survival but may result in B-cell dysfunction (2). Given the grim situation of current T1DM treatments, the artificial pancreas is revolutionary. Specific hybrid artificial pancreas required the patient to count the carbohydrates consumed at mealtime. The modern system uses continuous glucose monitoring technology (a sensor inserted under the skin), delivering insulin via the infusion pump according to the blood glucose level. The modern MiniMed 780G artificial pancreas is the first insulin delivery system to automatically administer bolus correction insulin dosage every 5 minutes and adjust insulin doses based on glucose levels. This technology can rectify insufficient or skipped pre-meal dosages by providing extra insulin. A study of 4120 780G users reported that outcomes matched the recommended goals by the American Diabetes Association’s Standards while commending its ability to achieve low variability in glycemic controls (3). Another prospective study published in 2023 concluded that switching to the 780G improves the restoration of hypoglycemia awareness and metabolic control(4). One notable side effect of this system is localized skin infection(5). In conclusion, treatment options for T1DM are ever-growing. The artificial pancreas shows promising results with milder side effects compared to other treatments. Further advancements are integral.
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