Testing a Novel Accelerometry Site – Better Than Wrist, More Acceptable Than Hip? Chest Wins! Joni Zhang and Duncan Macfarlane, FACSM. Institute of Human Performance, The University of Hong Kong, Pokfulam, Hong Kong. The default Actigraph accelerometer position has traditionally been on the Hip due to its close proximity to the centre of mass (CoM), but often results in low participant compliance (often <50%). This has resulted in the alternative Wrist site being used to dramatically raise compliance but ultimately compromises measurement as it is quite remote from the CoM. A better alternative is needed. PURPOSE: To determine if our new Chest site (using a necklace) can provide measurements significantly superior to the Wrist, yet ...
International audienceABSTRACT: BACKGROUND: Most accelerometers are worn around the waist (hip or lo...
Wrist-worn accelerometers can increase compliance with wearing accelerometers, however, several larg...
Large epidemiological studies that use accelerometers for physical behavior and sleep assessment dif...
Objectives A 'proof-of-concept' study to examine the feasibility of wearing an Actigraph GT3X+ at t...
Objectives: Choice of accelerometer wear-site may facilitate greater compliance in research studies...
Objective: To determine the comparability and feasibility of wrist- and hip-worn accelerometers amon...
Physical activity has been objectively measured using hip-worn accelerometers for decades. However, ...
Background: To capitalise on the increasing availability of accelerometry data for epi...
The World Health Organization recommends that older adults aged 65 and above should perform at least...
Background: It is evident that a growing number of studies advocate a wrist-worn accelerometer for t...
Background: Pooling data from thigh-worn accelerometers across multiple studies has great potential ...
Introduction: The Prospective Physical Activity Sitting and Sleep consortium (ProPASS) is an interna...
Introduction: The Prospective Physical Activity Sitting and Sleep consortium (ProPASS) is an interna...
ActivPAL3c triaxial accelerometers are increasingly used to assess physical activity and sedentary b...
International audienceABSTRACT: BACKGROUND: Most accelerometers are worn around the waist (hip or lo...
Wrist-worn accelerometers can increase compliance with wearing accelerometers, however, several larg...
Large epidemiological studies that use accelerometers for physical behavior and sleep assessment dif...
Objectives A 'proof-of-concept' study to examine the feasibility of wearing an Actigraph GT3X+ at t...
Objectives: Choice of accelerometer wear-site may facilitate greater compliance in research studies...
Objective: To determine the comparability and feasibility of wrist- and hip-worn accelerometers amon...
Physical activity has been objectively measured using hip-worn accelerometers for decades. However, ...
Background: To capitalise on the increasing availability of accelerometry data for epi...
The World Health Organization recommends that older adults aged 65 and above should perform at least...
Background: It is evident that a growing number of studies advocate a wrist-worn accelerometer for t...
Background: Pooling data from thigh-worn accelerometers across multiple studies has great potential ...
Introduction: The Prospective Physical Activity Sitting and Sleep consortium (ProPASS) is an interna...
Introduction: The Prospective Physical Activity Sitting and Sleep consortium (ProPASS) is an interna...
ActivPAL3c triaxial accelerometers are increasingly used to assess physical activity and sedentary b...
International audienceABSTRACT: BACKGROUND: Most accelerometers are worn around the waist (hip or lo...
Wrist-worn accelerometers can increase compliance with wearing accelerometers, however, several larg...
Large epidemiological studies that use accelerometers for physical behavior and sleep assessment dif...