This research study aimed to prove how strengthening the lumbar extensor muscles in the spine using specific equipment increased progress. This study compared the progress of two different medical centers that are both using the same treatment protocols and research tactics. The research was recorded and presented in the study.
This research study aimed to demonstrate how volume and strength training has an effect on the strength of the cervical area of the spine. Four groups of subjects participated in the study engaging in different rehabilitating exercises using the MedX Cervical Extension machine. Maximum torque output, cervical extension, and cervical flexion were measured and recorded through the study.
This research study aimed to determine how exercise and strengthening can increase lumbar extension strength in isolated areas. Two groups, a training group and a control group, were observed as the training group engaged in exercise throughout the duration of the study. The data and results were recorded.
This research study aimed to observe the effects of different levels of resistance training on a subject’s strength and muscle thickness. The subjects engaged in different training exercises and their results were recorded throughout the study.
This research study aimed to demonstrate how strength exercise testing on the pelvic region can evaluate lumbar extension and range of motion. By performing different exercises and a maximum isometric strength test, subjects were ultimately able to increase their pelvic stabilization and gain strength. Data was observed and recorded.
In this study, the two different restraint systems to isolate the lumbar extensors were explored.
The two different restraint systems are used through the pelvic
stabilization by preventing movements in the lower part of your body while seated. Restraints are located on the knees and on the bottom of the feet. The goal of the study is to see how the restraint systems can influence lumbar extension strength and the shape of isometric lumbar extension strength curve.