APDM Wearable Technologies | An ERT Company

Which wearable devices have been widely used for studying various aspects of mobility? MobilityBase has the answer :). Top 3 devices: Opal (@APDMinc) Physilog (@GaitUp) Dynaport Hybrid (@McRobertsNL) #mobility #digitalmeasures #wearabledevices #research datawrapper.de/_/PTmyd/

Exciting news from APDM!

Digital Biomarkers of Mobility in Parkinson’s Disease During Daily Living content.iospress.com/articles/journ…

Digital Biomarkers of Mobility in Parkinson’s Disease During Daily Living @OHSUBrain @UNOBiomechanics @APDMinc @journal_PD content.iospress.com/articles/journ…

Prefrontal Cortical Activation With Open and Closed-Loop... : pre journals.lww.com/jnpt/Fulltext/…

Author video abstract for Prefrontal Cortical Activation With Open and Closed-Loop Tactile Cueing When Walking and Turning in Parkinson Disease A Pilot Study: cdn-links.lww.com/permalink/jnpt…

When you have a participant who drove 1.5 hours and dedicated @elonuniversity undergrads doing @UR_at_Elon alongside @elonpt students on the COOL-MS exercise study funded by @LSVTGlobal - you know your Saturday morning was well-spent! @APDMinc @CrystalRamsey7 @ElonBiomechanic

#Researchers @OHSUNews are testing the wearable #technology developed @APDMinc to #monitor #daily #mobility in individuals at risk of #falls. Read more: scientia.global/dr-fay-b-horak… #neurology #frailty #aging #gait

@apsijasa Hi Andres! Our distributor in Chile can be reached via website: afd-chile.cl

@APDMinc hi how are you? im Andres from Chile i read a paper about "sensor in swimming , detection of stroke through 3D wrist trajectory" and they use the OPAL sensor, how much cost this sensor.

Congratulations to researchers at @NIH @UDelaware @GeorgeMasonU on being awarded Outstanding Poster from the North America Caribbean Region for "Validation of APDM Opal Inertial Sensors to Assess Gait in Typically Developing Children" at #WCPT2019 - Visit APDM at Booth F11

Thank you to another #ISPGR2019 exhibitor! Looking forward to welcoming @APDMinc to Edinburgh!

Rutgers University used multi-modal sensors to track biophysical signals from the nervous system during dance. They revealed the dynamically evolving coupled cohesiveness of bodies in motion. Could this change the way dance is taught? buff.ly/2Tfp9ra #Dance @RutgersU

Great news for clinicians and patients - shorter test times!

Italian researchers found that therapists using wearable sensors had better neurorehabilitation outcomes for children with cerebral palsy. Is your doctor using wearable technology to create a patient-tailored rehabilitation plan? buff.ly/2Pq5w1v #cerebralpalsy

Traumatic brain injury impacts 3 million children worldwide every year, which challenges their dynamic stability during gait. A gait training program for children should consider cognitive rehabilitation to address markedly greater dual-task costs. buff.ly/2RSzxUn #TBI

@ColoradoStateU discovered age-related differences in motor cortex inhibition and lower extremity control. Older adults with increased intracortical inhibition had better walking performance, while young adults did better with decreased inhibition. buff.ly/2zTS0bN

670 elderly adults who had fallen in the past year enrolled in either a tai ji quan balance training, an exercise class, or a stretching class. Six months later, tai ji quan was more effective than conventional approaches for reducing the number of falls. buff.ly/2pKodha

We all know the dangers of texting and walking, but did you know that people with multiple sclerosis suffer greater dual-task costs? This negatively impacts their ability to walk and texting accuracy decreases. buff.ly/2qILwIu #MultipleSclerosis

iMOVE therapy allows young children with cerebral palsy to self-initiate motor learning experiences early on when there is the most potiential for neuroplastic change. iMOVE is now being tested in a clinical trial with 42 particpants. buff.ly/2RMQ64a #cerebralpalsy

Researchers at MIT looked at how spacesuit padding thickness impacts an astronaut's ability to walk and move as current suit fit decisions are based on subjective feedback. buff.ly/2zOoUuz @NASA