Bottom Rollers with Running Fit Joints

Regulatory Fit 1 Running head : REGULATORY FIT

This work explores the influence of motivation on choice behavior in a dynamic decisionmaking environment, where the payoffs from each choice depend on one’s recent choice history. Previous research reveals that participants in a regulatory fit exhibit increased levels of exploratory choice and flexible use of multiple strategies over the course of an experiment. The present study placed promot...

A Kinetic Based Analysis of the Lower Limb’ Joints with Increasing Running Speed

Purpose: Due to the paucity of the information regarding the lower limb biomechanics in slow speeds running as well as  concentration of the majority of previous studies in a single movement plane, aim of the present study was investigation on a kinetic based analysis of lower limb’ joints with increasing running speed. Methods: 28 runners asked to stay on the belt speed of treadmill that was ...

Effect of Flat Foot on Excursions of Lower Limb Joints during Running

Introduction: The relationship between biomechanical parameters and different types of posture problems in association with running is unknown. Therefore, this study aimed to investigate the excursion changes at the hip, knee, and ankle joints during running in the patients with flat foot. Methods: The participants comprised 12 healthy men and 12 others suffering from flat feet disorder. They ...

High breeding performance of European Rollers Coracias

Regulatory Fit 1 Running head: REGULATORY FIT AND LEARNING Differential Effects of Regulatory Fit on Category Learning

Motivation affects the degree to which people engage in tasks as well as the processes that they bring to bear. We explore the proposal that a fit between a person’s situationally-induced selfregulatory focus and the reward structure of the task that they are pursuing supports greater flexibility in processing than does a mismatch between regulatory focus and reward structure. In two experiment...