Company Overview

Kimera Labs is a biotechnology company and contract research organization that develops umbilical cord and organ based exosome products for research and therapeutic purposes. Since 2012, Kimera Labs has invested significant resources into IP protection of exosome methods and therapy protocols for the treatment of burns, orthopedics and inflammatory diseases.

Functioning within a 6,000 sq ft ISO:9001/13485 certified facility in Miramar, Florida. We feature an ISO 5 GMP cleanroom with in-house particle size and flow cytometry characterization of incoming and outgoing samples.

With a combined experience of over 75 years in the biotechnology and medical device industries, the Miramar laboratory is developing manual and robot controlled cellular isolation devices for stem cell therapeutics within a rigorous quality control environment.  

As a regenerative medicine focused biotechnology company, Kimera Labs is focused on therapies that heal from within. By providing regenerative cellular signals under the control of messenger and micro RNA, we believe it is possible to instantiate healing processes that can benefit patients of any age.


Letter From Our Founder

Dear Patients, Physicians, and fellow Scientists, Over 15 years ago my Oceanographer father and I were faced with an almost impossible decision. The chemotherapy we were using to treat his leukemia was no longer functional, and we were forced to choose an immunological approach, bone marrow stem cell transplantation (BMT), for which the rate of survival was 50%. We hesitated for so long that when we finally decided on BMT he was no longer eligible. Two years before his death, I enrolled in the Ph.D. program at the University of Miami and today I am still trying to control disease using immunological approaches. One of those approaches used in BMT is the use of Mesenchymal Stem Cells to control rejection. I have been published in a number of journals for BMT and now I would like to bring this same academic approach to the clinic in what is largely an unregulated segment of medicine today: the Stem Cell Clinic. Through partnerships with US Physicians I would like to help clinicians bring a tailored immunological approach to their patients, in order to PROVE, using real data, that our regenerative medicine works. Contrary to many of the treatment centers in business today, we do not “guess” as to what should be done to our patients, or point to publications by others. We are only interested in benefits we can show in the laboratory. A clinic may offer nebulization of stem cells with no scientific back up besides the fact that it “sounds” appropriate, while we will show you that the cells are destroyed. This is just one in a myriad of decisions that require a trained scientific team to evaluate.

As FDA regulations emerge, we want to be your exosome experts, providing tissue specific therapies for an evolving population.

Sincerely, Duncan Ross Ph.D. Immunology – University of Miami


Duncan Ross Ph.D of Immunology

Duncan Ross Ph.D trained in the University of Miami’s hematology transplant department under Krishna Komanduri MD and Robert Levy PhD. Dr. Ross is a published scientist with works that appear in a number of the most respected peer-reviewed transplantation journals in the industry including: The Biology of Blood and Marrow Transplantation, Blood, and many more. He was an assistant professor of immunology at Miami Dade College and completed PhD coursework in Biochemistry as well as Immunology studying rejection in allogeneic stem cell transplantation and protein expression and purification. Dr. Ross began his career subsequent to his father’s death due to Acute Myeloid Leukemia. His scientific work then focused on cancer and mechanisms of controlling inflammation using chemotherapeutic, regulatory T cell, and now, mesenchymal stem cell methods. Dr. Ross is joined in the laboratory by a team of scientists, engineers, quality assurance and medical device experts.

Please contact us to learn how Kimera Labs line of products can heal your patients today.