Step into a world of precision and possibility with Short-Endoprosthesis — an extraordinary solution delivering renewed mobility, enhanced functionality, and an improved quality of life.
Meet The Team
Navigating hip replacement surgery often feels like traversing a maze of discomfort. While these prosthetic elements serve their intended purpose of restoring function, the journey towards rehabilitation is often difficult and full of challenges. Patients often experience long periods of pain and difficult recoveries after surgery, necessitating significant time and effort to regain mobility and wellness.
Our hip replacement implant is a game-changer, designed to make the entire recuperation process smoother, quicker, and less painful. By embracing a less invasive approach, we're not only slashing recovery times but also reducing pain levels compared to outdated methods. Plus, our focus on minimizing bone trauma means smoother procedures and happier patients.
The economic advantages of our short femoral implant
Our short femoral implant component offers a pioneering approach with significant economic advantages. It’s less invasive nature accelerates patient recovery and reduces post-operative pain, leading to shorter hospital stays and lower healthcare costs. By minimizing bone trauma during the procedure, it mitigates the risk of post-operative complications, such as infections or implant failure, which can result in additional medical interventions and increased healthcare expenditures over time.
Furthermore, the streamlined recovery process facilitated by our implant translates into fewer follow-up appointments and rehabilitation sessions, resulting in additional cost savings for both patients and healthcare providers. Additionally, the decreased likelihood of revision surgeries due to implant-related issues further contributes to long-term economic benefits, as it reduces the need for expensive corrective procedures and associated hospitalizations.
This comprehensive approach makes it an appealing investment opportunity for stakeholders seeking both clinical excellence and economic advantage in the orthopedic market.
Universal application
Endoprosthesis works for everyone, offering solutions for young adults, the elderly with osteoporosis, and even adolescents.
Enhanced Stability
Benefitting from partial cementation, Endoprosthesis ensures immediate post-operative mobility, with an early resumption of support on the operated leg.
Bone Preservation
Utilizing shorter implants, Endoprosthesis conserves significant bone mass, promoting long-term bone health and integrity.
Seamless Revisions
If the endoprosthesis ever gets loose (10, 20, 30 years, or never), fixing it is simpler and less costly. The revision can be done with a classical prosthesis and not with a revision one.
Researchers in Bristol have looked into how well hip replacements work. They studied data from countries like Australia, Finland, and others, totaling over 15 years.
They checked out 92 sets of data about hip replacements. This included info on 215,000 people who had the surgery, with follow-ups after 15, 20, and 25 years. They found that 89% of the hip replacements lasted 15 years, 70% lasted 20 years, and 58% lasted 25 years.
Did you know that advancements in Endoprosthesis technology have significantly improved the success rates of hip replacements?
Did you know that Endoprostheses not only restore function but also promote self-repair and regeneration of joint tissue?
Did you know that advancements in Endoprosthesis technology have significantly reduced the risk of complications during and after surgery?
Did you know that Endoprostheses can last up to 30 years or even a lifetime, offering long-term relief and support for patients?
Together, our team possesses the collective expertise in management, academia, innovation, and clinical practice necessary to revolutionize medical engineering. With this diverse skill set, we are primed to deliver impactful results and foster sustainable growth in this ever-evolving field.
We leverage each other’s strengths to drive innovation and success.
We bring together expertise from management, innovation, and clinical practice.
We stand as a strong team, committed to excellence from all perspectives.
We prioritize building unity within our team to achieve our shared goals.
Onisim Dorneanu
CEO
With a foundation built upon extensive management and executive proficiency, coupled with a distinguished background in law enforcement and exceptional interpersonal acumen, he is committed to leveraging his diverse life experiences and significant achievements to excel within a dynamic professional environment. His aim is to consistently deliver optimal outcomes in every professional endeavor.
Professional Experience
BOARD OF DIRECTOR | TRUMP Hotels | 2023 - Present
CEO at Moogle Pharmaceuticals | 2022 to Now
PRESIDENT AND FOUNDER | Madison Real Estate Consultants LLC | 2010 - Present
CHIEF FINANCIAL OFFICER | WTZ CONSULT SERV SRL | 2021 - 2023
ELECTRICAL ENGINEERING & PROJECT MANAGER | Trachte Building Solutions | 2007 - 2011
SR. PROJECT MANAGER | PQ Investments, LLC | 2003 - 2007
VICE PRESIDENT | Concord Electric, Inc. | 2000 - 2003
Augustin Semenescu
Professor Dr. Habil. Eng. Math. Ec.
He holds a Doctorate in Industrial Engineering, conferred in 1996. Presently, he serves as a tenured Professor at the esteemed National University of Science and Technology Politehnica Bucharest, Romania, EU, within the Faculty of Materials Science and Engineering (FSIM), specifically within the Department of Materials and Management. Additionally, he holds the esteemed position of Vice-Director of the Industrial Engineering and Robotics Doctoral School. Dr. Semenescu also assumes the pivotal role of Ph.D. Coordinator and Reviewer for over 10 distinguished scientific journals and conferences, indexed in reputable databases such as Clarivate Analytics and SCOPUS.
His activity includes
Doctor in Industrial Engineering (1996)
Tenured Professor at the National University of Science and Technology Politehnica Bucharest, Romania, EU, Faculty of Materials Science and Engineering (FSIM), Department of Materials and Management
Vice-Director of the Industrial Engineering and Robotics Doctoral School
Ph.D. Coordinator and Reviewer for more than 10 scientific journals and conferences (indexed in Clarivate Analytics and SCOPUS)
Author of 70 books
Published 155 articles in Clarivate Analytics indexed proceedings and journals
H-index: 14 in Google Scholar and 13 in Clarivate Analytics
Holder of 80 patents and patent applications, including 2 in the USA (more than 20 in the medical field)
Project Director and Responsible for over 100 national and international projects won by competition
Team member in over 150 national and international projects since 1984
Awarded 300 gold medals, 20 silver medals, and over 500 special awards at international inventions fairs
EUROPEAN Innovation Awards, Brussels, 20th November 2015 - OFFICER - Finis coronat opus
EUROPEAN Innovation Awards, Brussels, 18th November 2016 - GRAND OFFICER - Finis coronat opus
BARCELONA Innovation Awards, Barcelona, 4th May 2017 - GRAND OFFICER – Tantae molis erat
Ruxandra Vidu
PH.D., HABIL
Dr. Ruxandra Vidu, Ph.D., Habil is an internationally recognized nanotechnology expert, driven by a passion for translating cutting-edge research into tangible solutions that enhance human life. With a distinguished career spanning both industry and academia, Dr. Vidu currently holds pivotal roles as the Founding Co-Director at Prosthesis Medical and as an esteemed Associate Professor at the National University of Science and Technology, POLITEHNICA Bucharest. With a background in nanomaterials science, processing and engineering, Dr. Vidu has demonstrated her active support to innovation and research community by serving in numerous leadership positions within the University of California at Davis.
Professional Experience
Founding Co-Director at Prosthesis Medical
Associate Professor at the National University of Science and Technology, POLITEHNICA Bucharest
Internationally recognized nanotechnology expert
Extensive experience in industry and academia
Background in nanomaterials science, processing, and engineering
Senior member of the National Academy of Inventors
President of the American-Romanian Academy of Arts and Sciences
Leadership roles at the University of California, Davis
Focus on nanobiotechnology, research, and education
Published over 100 papers in peer-reviewed scientific journals
Holder of over 25 US patents issued or in process
Awards such as the Constantin Brancoveanu International Award, IAAM Scientist Medal, European Advanced Materials, Monbusho Fellowship (Japan), Fulbright Scholarship, and Gold Medal awards at international invention competitions like EUROINVENT, TISIAS, and iCAN-Toronto
Ileana Mariana Mates
Engineer, Ph. D. in Medical engineering
In her professional capacity, she seamlessly integrates responsibilities across the hospital and scientific research endeavors conducted at POLITEHNICA UNIVERSITY. Serving as the head of the medical equipment insurance office, she assumes comprehensive oversight of all medical equipment operations within the Central Military Emergency University Hospital. Her duties entail the coordination of office activities, alongside the meticulous management of medical equipment acquisition processes. Moreover, her scholarly pursuits manifest through a prolific body of work, including published articles and books, patents, and international accolades. Additionally, she plays a pivotal role in orchestrating mandatory internships for students in Medical Engineering, further enriching the academic landscape with practical experience and expertise.
Professional Experience
Head of Maintenance and Equipment Insurance, Central Military Emergency University Hospital "Dr. Carol Davila", Bucharest, Romania
Coordinated office activities, drafted technical specifications for medical equipment, initiated procurement procedures, managed contracts, and more.
Led a pivotal project to enhance patient safety in ATI wards during the COVID-19 pandemic.
Mentored medical engineering students, ensuring practical training and adherence to industry best practices.
Collaborated with POLITEHNICA UNIVERSITY of Bucharest, co-authored books and articles, secured patents, and received numerous awards at global invention fairs.
Contributed to obtaining personalized cranial prostheses and led an environmental depollution project.
Honorary Emblem of Military Medicine for outstanding service during the COVID-19 pandemic.
'Woman of the Year' recognition by the State Office for Inventions and Trademarks.
International jury member at the Japan Design, Idea, and Invention Expo.
Education
PhD and Postdoctoral Studies in Materials Science from POLITEHNICA UNIVERSITY of Bucharest, with Summa Cum Laude honors.
Master of Science in Medical Engineering from POLITEHNICA UNIVERSITY of Bucharest, Faculty of Material Science and Engineering, with Valedictorian honors.
Bachelor's Degrees in Applied Engineering Sciences, Law, Journalism, Psychology, Educational Sciences, Sociology, and Psychology from various universities.
Hirsch Indices
H-index (Web of Science): 6
H-index (Scopus): 7
H-index (Google Scholar): 7
Testimonials
Nicoleta Nica
pacientă
I was in excruciating pain, feeling utterly helpless. It seemed like I couldn't even make it home, let alone walk. I found myself relying more and more on pain medication." For seven long years, the relentless pain kept Nicoleta from even placing her foot on the ground. After a challenging surgery, she endured six agonizing months relearning how to walk. Just when she thought the ordeal was behind her, Nicoleta learned that the same disease was wearing away the cartilage in her other hip, necessitating another operation. This underscores the urgent need for a novel solution to the femoral implant surgery to alleviate her suffering and prevent further complications.
Marius Moga
ortoped
The foremost benefit of this groundbreaking solution lies in bone preservation, particularly crucial for younger patients with their entire lives ahead. As with any mechanical implant, wear and tear are inevitable over time, necessitating revisions. Having ample bone capital in patients is paramount, as it simplifies and reduces the cost of prosthetic solutions. These aspects highlight the pressing need for innovative implants that are shorter, ensuring preservation of bone integrity and facilitating simpler, cost-effective procedures.
Ileana MATES
Ph.D.
We aim to persuade investors of the immense value of our prosthesis - a cost-effective solution adapted to a broad demographic, particularly the growing population of elderly individuals struggling with osteoporosis-related challenges. With an urgent need for innovative implants with advanced design, our solution not only addresses a pressing medical need but also promises significant market potential and returns on investment. Investors stand to benefit from both the social impact and financial viability of this groundbreaking technology