スポーツ医学およびドーピング研究ジャーナル

The Anterior Cruciate Ligament (ACL) plays a significant role in stabilising the knee joint. It has a complex architecture made up of collagen
fibers, which makes it well suited to guide movements especially in preventing excessive translations and rotations during functional
activities. However, during daily living and sporting activities, the forces on the ACL occasionally exceed their limit, leading to a rupture.
Primary repair of the anterior cruciate ligament was a popular treatment in the late 19th century, particularly, during the 1970’s and the
‘80s on the lines of repairing MCL or the Achilles tendon, however, an open ACL repair allowed seldom healing owing to its intra-articular
position and lack of clot formation due to the presence of synovial fluid.

Serum proteins designated as liver function biomarkers are used to evaluate patients for hepatic dysfunction. Type 2 Diabetes Mellitus (DM2) is generally a defect in insulin action and secretion and in the regulation of hepatic glucose production. Exercise to treat type 2 diabetes has had positive impacts on the lives of diabetics. The aim of this study is to analyze the effects of the glycemic curve in three different types of training: Strength Training (TF), High Intensity Resistant Training (HIRT) and Interval High Intensity Training (HIIT). The sample is a 57year-old, sedentary type 2 diabetic who underwent the training method - Strength Training (TF), High Intensity Resistant Training (HIRT), and High Intensity Interval Training (HIIT). once a week at night. Pre-study anamnesis, pre- and post-exercise glycemia were performed. The overall results were satisfactory presenting HIIT as the most effective method for acute post-exercise blood glucose reduction (reducing 29.62%, 34.25%, 38.89 and 36.11% immediately at 10, 20, 30 minutes after exertion respectively). It was concluded that physical training positively influenced the reduction of blood glucose as an acute effect, but HIIT was the most effective method.