Healthcare professional uses a model with 12 side buttons to automate responses and speed up medical record documentation.
A telemedicine doctor has reported using a gaming mouse as a work tool for patient care. According to Dr. James Ries, the Razer Naga V2 MMO—traditionally aimed at online gamers—has become part of his clinical routine to streamline workflows and medical documentation.
The peripheral's standout feature for professional use is its grid of 12 side buttons positioned at the thumb. Originally designed to give MMORPG players quick access to various commands and abilities, this layout was adapted by the physician to keep relevant medical responses and actions immediately accessible during remote consultations.
The custom setup allows the doctor to automate the insertion of pre-defined texts and medical scripts. By assigning specific functions to each button, he can reduce the time spent manually typing out medical records and standardized prescriptions, optimizing the documentation process during remote appointments.
While adopting gaming peripherals in professional work environments is not unprecedented, this case illustrates how hardware developed for high-performance gaming can be reconfigured to solve productivity bottlenecks in other fields. In this context, the Razer mouse functions as a task automation device for repetitive actions rather than a simple navigation tool.
A doctor uses a gaming mouse like the Razer Naga V2 MMO because its 12 side buttons allow for the automation of repetitive tasks. The physician can program these buttons to insert pre-defined medical texts, standardized prescriptions, and quick responses, significantly reducing manual typing during remote consultations.
The doctor uses the Razer Naga V2 MMO. Originally designed for MMORPG players, this gaming mouse features a 12-button thumb grid that the physician repurposed to keep relevant medical actions and scripts immediately accessible.
By assigning specific functions to the mouse's side buttons, the doctor can automate the insertion of medical scripts and standardized text. This transforms the peripheral into a task automation device, optimizing the documentation process and saving time during patient appointments.