AOSLO mosaïque

Adaptive optical scanning laser ophthalmoscopy (AOSLO) is a technique used to measure living retinal cells. It uses adaptive optics to eliminate optical aberrations from images obtained from retinal scanning laser ophthalmoscopy.
Our solution allows to dynamically build (in real time) the mosaic of images taken by AOSLO according to their coordinates. A process of “matching” makes it possible to correct the coordinates of the images and to produce a coherent final image of the retina.

Consentement

The solution consists in automatically processing by optical analysis the forms in return for general consent requests for the use of patient clinical examination data for research purposes. The solution verifies that the forms have been completed correctly and saves the result in the national SLIMS application.

VOO

The solution makes it possible to validate oral prescription orders issued remotely. The prescription order is transmitted orally by the prescribing physician to the caregiver who enters it into the clinical information system. A message is automatically transmitted to the doctor’s smartphone (smartphone medical software) who can directly validate or not the prescription. By return message, the order is thus validated in the DPI and can be administered by the caregiver. Traceability is ensured throughout the process.

TriUrg

The solution makes it possible to optimize the management of the pediatric emergency department and to anticipate arrivals. By answering simple questions on their smartphone, a parent can go to the institution’s emergency room, a specialized hospital or an appointment depending on the degree of criticality of the symptom.
A management module allows the pediatric service to configure the path according to the questions it defines in the system.