Gruppuso Philip A
Brown Medical School, Hasbro Children's Hospital, Providence, RI, USA.
Med Health R I. 2003 Apr;86(4):107-11.
Advances in technologies for insulin administrations, glucose monitoring, development of an artificial pancreas and cell-based therapy will ultimately have a profound effect on the lives of people wit diabetes. There is both current success and substantial promise, indicating that these approches may offer, for the first time, real potential for achieving euglycemia without hypoglycemia. Given the physiological and psychosocial impact of type 1 diabetes in young children, this group of patients and their parents stand to gain especially great benefit from these developments. However, the potential for improvements in the mangement of diabetes in young children based on available technologies should not be overlooked and should be effectively utilized as the standard for patient care. Only twenty years ago blood glucose reagent strips were first coming into routine use. Current meters have greatly reduced the amount of blood required ( now less than 1 microliter for many meters) and greatly imporved precision. The advent modified, recombinant insulins, which became available only in the last several years, allows for an insulin regimen to better match the absorption of dietary carbohydrate. All technologies have improved our ability to attain glycemic control, thereby reducing the risk of long-term complication in even our youngest patients.
胰岛素给药技术、血糖监测技术、人工胰腺的研发以及基于细胞的治疗方法的进步,最终将对糖尿病患者的生活产生深远影响。目前已经取得了成功,并且前景广阔,这表明这些方法可能首次为实现无低血糖的血糖正常化提供真正的潜力。鉴于1型糖尿病对幼儿的生理和心理社会影响,这组患者及其父母将从这些进展中获得特别大的益处。然而,基于现有技术改善幼儿糖尿病管理的潜力不应被忽视,应有效地将其用作患者护理的标准。仅在二十年前,血糖试剂条才首次开始常规使用。目前的血糖仪大大减少了所需的血量(现在许多血糖仪所需血量不到1微升),并大大提高了精度。仅在过去几年才出现的改良重组胰岛素,使胰岛素治疗方案能够更好地匹配膳食碳水化合物的吸收。所有技术都提高了我们实现血糖控制的能力,从而降低了即使是最年幼患者发生长期并发症的风险。