Smart Glove Helps Patients Recover in Astrakhan
Rehabilitation center introduces motion-tracking trainer with biofeedback
The kinesitherapy department of the Rus social rehabilitation center in Astrakhan is using an innovative device – the Anika rehabilitation glove – to help patients regain hand mobility. The motion-sensing trainer uses sensitive movement sensors and allows patients to perform exercises in a game-based format, according to the Beluga news portal.
Rehabilitation Through Play
The device works in combination with dedicated software installed on a computer. Sensors placed on the hand and fingers track each movement and transmit data to the program. Before therapy begins, the system conducts diagnostics, assessing active and passive motion as well as grip strength. Based on these results, individualized exercises are selected.
Anika enables doctors to monitor recovery progress and adjust therapy plans when needed. Sessions are conducted in a game-based format, which is particularly effective for children.
The Anika software can be downloaded from the cloud and installed on any computer. The interface is intuitive, and settings are highly precise – individual fingers can be enabled or disabled, specific games targeting defined motor patterns can be selected, and task difficulty can be adjusted.
Anika on Any Computer
The system also supports remote rehabilitation through a server-based version. The glove can be issued to patients for home use. All training sessions and results are stored on a server, allowing physicians to monitor progress remotely and modify treatment if necessary.
The glove is used to treat patients with various conditions. It is applied in therapy for children with cerebral palsy, adults recovering from stroke or traumatic brain injury, and patients with upper limb damage. The biofeedback method underlying the glove’s operation not only helps restore motor function but also improves cognitive abilities, including concentration, visuomotor coordination and memory.
Earlier, we reported that Russian researchers are developing technology to transmit tactile sensations remotely. A prototype of Osyazashka (TouchSense) is expected by December 2026.
