To advance our understanding about the association between smartphone use and chronic neck-shoulder pain, the objective of this study was to compare spinal kinematics between different text-entry methods in smartphone users with and without chronic neck-shoulder pain. Symptomatic (n\ua0=\ua019) and healthy participants (n\ua0=\ua018) were recruited and they performed three tasks: texting on a smartphone with one hand, with two hands, and typing on a desktop computer. Three-dimensional kinematics were examined in the cervical, thoracic and lumbar regions for each task. This study suggests that altered kinematics may be associated with pain since significantly increased angles of cervical right side flexion during smartphone texting and great...
Excessive smartphone usage and the resulting postural choices have led to a rise in musculo-skeletal...
The number of smartphone users is growing dramatically. Using the smartphone frequently forces the u...
The objective of this study was to quantify head flexion when using a smartphone while walking. Head...
This study aimed to examine differences in muscle activity between young people with and without nec...
Prolonged use of the smartphone for texting was studied on a sample of 17 healthy young adult partic...
Objective: Myoelectric activity of neck extensor muscles and head kinematic variables, when using a ...
Caleb Burruss1, Ashton Human1, Kaitlin Gallagher1 1University of Arkansas, Fayetteville, Arkansas Ne...
Background: Prolonged neck flexion during smartphone use is known as a factor of neck pain and alter...
In this study, we investigated possible alterations of neck and trunk posture when using smartphones...
The aim of the research is to verify some variables on the use of the smartphone, associated with mu...
Repetitive or prolonged head flexion posture while using a smartphone is known as one of risk factor...
Using a smartphone while walking has been common in countries with high smartphone penetration rates...
The aim of the present study was to analyze the upper trapezius activity, and its relationship with ...
This study aimed to determine the effects of input device type, texting style, and screen size on up...
Text-neck has been the main health concern among smartphone users. The current study explored a pote...
Excessive smartphone usage and the resulting postural choices have led to a rise in musculo-skeletal...
The number of smartphone users is growing dramatically. Using the smartphone frequently forces the u...
The objective of this study was to quantify head flexion when using a smartphone while walking. Head...
This study aimed to examine differences in muscle activity between young people with and without nec...
Prolonged use of the smartphone for texting was studied on a sample of 17 healthy young adult partic...
Objective: Myoelectric activity of neck extensor muscles and head kinematic variables, when using a ...
Caleb Burruss1, Ashton Human1, Kaitlin Gallagher1 1University of Arkansas, Fayetteville, Arkansas Ne...
Background: Prolonged neck flexion during smartphone use is known as a factor of neck pain and alter...
In this study, we investigated possible alterations of neck and trunk posture when using smartphones...
The aim of the research is to verify some variables on the use of the smartphone, associated with mu...
Repetitive or prolonged head flexion posture while using a smartphone is known as one of risk factor...
Using a smartphone while walking has been common in countries with high smartphone penetration rates...
The aim of the present study was to analyze the upper trapezius activity, and its relationship with ...
This study aimed to determine the effects of input device type, texting style, and screen size on up...
Text-neck has been the main health concern among smartphone users. The current study explored a pote...
Excessive smartphone usage and the resulting postural choices have led to a rise in musculo-skeletal...
The number of smartphone users is growing dramatically. Using the smartphone frequently forces the u...
The objective of this study was to quantify head flexion when using a smartphone while walking. Head...