Project information
- Category: Medical Instrument, System Design, Software, Firmware, Electronics
- Project date: 2016-2019
Medical Instrument for extraction of stem cells
Stromal Vascular Fraction (SVF) is a form of stem cell harvested from Lipoaspirate, the waste product of liposuction (cosmetic surgery) which contains a large population of stem cells. These cells are similar to those derived from bone marrow in that they are capable of multilineage differentiation. Studies have shown that SVF and umbilical cord stem cell (UCST) infusions may fight against conditions associated with aging, improve many chronic diseases, and give the patient an energy boost with feelings of improved wellness. The stem cells migrate throughout the body to areas of injury or disease and stimulate local stem cells to heal. Multiple sclerosis, autoimmune diseases, and other chronic illnesses may improve with systemic stem cell injections.
In collaboration with our partner we fully designed, developed, and tested the next generation instrument for enzyme derived SVF stem cell extraction. The project included design and development of an ARM based control and measurement PCB and associated firmware for hardware control. Development of a UWP app to automate the process and provide the user with a modern UI. Fabrication and assembly of multiple prototypes. Internal performance testing and validation at independent testing labs to assure medical compliance such as IEC 60601. Development of detail technical documentation on design and testing and transferring them to a medical device manufacturer. Guiding the manufacturer though initial production and revisions required by certification agencies such as UL.