This machine is capable of automatically generating controlled movements in three spatial directions: up-down, right-left, and forward-backward. It has sufficient power to move the hand, forearm, and arm in any direction, allowing for various exercises to rehabilitate shoulder and elbow joint movement. Additionally, one end of the machine features a pure rotation mechanism that allows the user to perform pronation-supination movements of the forearm.
Medical device to support physiotherapy through visual stimulation with video game, which is responsible for measuring the inspired airflow and transmits data to the cloud to monitor the patient with quantitative and online information of the patient’s performance in physiotherapy, for the performance of clinical studies and evaluation of the results of pulmonary re-expansion.
It is a patch-like device containing mesenchymal cells, endothelial cells, and specific functional cells for cardiac tissue regeneration. These cells are embedded in a gel that keeps them alive, and they are then integrated into the infarcted heart to promote regeneration.
It is a sensor based on nanostructured materials for the measurement and detection of simple metabolites in living organisms depending on the functional groups used in the specific modalities of the central region of the sensor.
The “Procedure for Obtaining a Morphological Training Model in Minimally Invasive Pediatric Surgery” addresses both a significant need and opportunity in the field of minimally invasive pediatric surgery, an increasingly common surgical procedure due to its ability to reduce patient trauma and pain, as well as the length of hospital stay. However, performing this type of surgery demands a high level of dexterity and skill from the surgeon, as it involves much smaller incisions with less visibility. Furthermore, training in minimally invasive pediatric surgery is very limited, making learning difficult and costly.
Polymeric block manufactured by heat and press molding technique from polylactic acid functionalized with chitosan, manufactured as a bone substitute in the block technique promoting in turn the regeneration of bone tissue
Follow us
Contact Us
Calle 8 # 3 – 14, 17th floor, Santiago de Cali, Colombia
info@reddicolombia.com
+57 602 300 912 4280
An agency recognized by Minciencias
