About Us


As a company founded by healthcare professionals we are compelled to serve patients whose quality of life has suffered greatly despite being offered the most effective medical therapies available. We aim to create new, innovative solutions to address a group of diseases that claim the life of thousands each year and impair even more. We intend to bring affordable, life saving medical devices to the masses.


We believe that as a society our understanding of human physiology & biochemistry is very much still in the infancy stage. After more than 5,000 years of human intuition and innovation we are not yet capable of utilizing gene therapy to repair or prevent organ failure. Largely, pharmacologic measures and invasive options like surgery remain the most viable options to repair the human body. Through the integration of modern technology and innovation we believe that our products have the potential to bring about a renaissance era in medicine, setting the stage for widespread global biomedical advancement.


The adage, “Necessity is the mother of invention”, ascribed to the Greek philosopher Plato, is a mantra which encapsulates our inspiration. We are driven to invent, because cardiovascular, diabetes, kidney disease and the complications associated with aging, continue to be leading causes of morbidity and mortality. Unlike technological breakthroughs that have allowed mankind to enter the realms of outer space, medical technologies and innovations have lagged behind - and many challenges of our biological inner space remain, unexplored and unexplained. The aforementioned can be ameliorated or cured using artificial intelligence integrated into game changing biomedical technologies that we are pioneering.


Parace Bionics began its quest in 2004, with the primary objective of discovering innovative bioengineering solutions, to meet the needs of people suffering from cardiovascular disease and other life threatening and debilitating conditions. After more than a decade of research and numerous patents, we have made great strides in the development of unique innovative cardiac products that will enable us to diagnose and mitigate the effects of heart disease more rapidly at the bedside. The Ekoscope™, is an FDA approved device, designed to aid the diagnosis of cardiac arrhythmias and their associated disease states, by digitally processing heart sounds and ECG data in under one minute. We have also pioneered the development of a minimally invasive LVAD & a total artificial heart (TAH), using technology that has unique power regenerating properties. More recently we have discovered a means to detect blood sugar level non-invasively, using the visible spectrum. Additionally, we are already developing a cost-effective solution for bed bound patients, who are prone to decubitus ulcer and life threatening infections. We have enlisted the cooperation and expertise of scientists, physicians, engineers and industrial designers and research universities worldwide, to boldly embrace the global challenge of solving most of mankind’s deadly diseases.


The company’s is spearheaded by Carolyn Whatley, MD, MPH, SHM; a Harvard Medical School graduate; a clinical assistant professor with more than a decade long experience as a medical director/ leader in academia. Dr. Whatley is also an active member of the American Medical Association and American College of Physician Executives.


(1)Mr. V. B. Carter, B.S., PA-C, is an alumnus of Long Island University, now Master of Science Physician Assistant/Associate Studies Program; a prolific inventor & clinician who spearheads the development of all the company's intellectual properties & current pipeline of robust leapfrog technologies. As CEO & Director of R&D, he meticulously oversees the vision, inspiration, growth, and creativity of Parace Bionics, LLC. "Van" applies his 20 + years of hands on clinical experience he acquired in Internal Medicine, Emergency Medicine, Surgery, and Cardiology; to guide the team of engineers & Industrial Designers, to develop a vast array of innovative products that are more sapiens, user friendly and less harmful to the patient population.

(2)Mr. Fernand A. De Los Reyes is Chief Operations Officer (COO) and currently serves as Director of Public Relations and Chief Regulatory Compliance Officer, with an accomplished track record collaborating with the FDA. Mr. De Los Reyes earned a Master of Science in Nursing Degree from the Hunter-Bellevue School of Nursing at the City University of New York (CUNY) with a specialty in Community and Public Health. His Bachelor of Science Degree in Nursing was earned from the Dominican College of Blauvelt, NY. Previously, Mr. De Los Reyes earned a Master of Arts in International Relations from the International University of Japan (IUJ) and a Bachelor of Science in Agricultural Economics (cum laude) from the University of the Philippines at Los Banos. He also attended the University of Tokyo as a graduate research student with a Monbukagakusho scholarship from the Japan Ministry of Education, Culture, Sports, Science and Technology. His work history includes clinical experience in both acute and sub-acute care settings, banking and technology media coverage for a Japanese media firm. Mr. De Los Reyes also teaches nursing courses at the Ramsey and Hackensack campuses of Eastwick College in New Jersey.

(3) Mr. Gilbert Matibag, Esq., EVP., is a former Philippine Assistant Provincial Prosecutor and a former District Public Attorney. He holds a Bachelor of Laws degree from San Sebastian College Recoletos & Bachelor of Arts, Major in Philosophy from the Pontifical University of Santo Tomas. Mr. Matibag oversees the day to day operations/ management of Parace Bionics and is the global Director of Marketing/Licensing of the company's products.


We hold James Maxwell, Sir Isaac Newton & Albert Einstein in the highest esteem, for giving us our understanding of light, electricity, magnetism, energy, mass, gravity and quantum physics. Without their insights, Parace Bionics would have no legacy on which to build upon. Our innovations in various fields of interest, give credit to the laws and equations set down by these prodigious men of science. More importantly, their work were intended to be harnessed, built upon, and utilized globally for the betterment of all mankind.