What is it about?

The Oralift appliance is worn in the mouth for short periods and is designed to address and delay the signs of facial ageing. This study was conducted at two centres: the author’s clinic in Wimpole Street and King’s College Dental School. Patients were asked to report on the benefits they achieved and 3D imaging was done at King’s to see if the changes could be quantified.

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Why is it important?

All patients reported that their skin had improved, their cheeks had improved and that the ageing triangle had reversed. The ageing triangle is the downward trend that affects the corners of the eyes, corners of the mouth, flattening of the cheeks and the formation of jowls. In youth, the base of the triangle is formed by the cheeks and the chin forms the apex of the triangle. In the aged face, the base is formed by the jowls and the apex by the tip of the nose. All the patients were made aware of parafunction ( bruxism i.e. clenching, tooth grinding etc), and of their freeway space. The freeway space is the space between the upper and lower teeth, when the lips are gently held together and the patient is relaxed. None of the patients had been aware of their freeway space before the treatment, but all were aware afterwards. Becoming aware of this is essential to stop parafunctional habits, which can have a premature ageing effect on the face. The Oralift appliance was invaluable in helping to stop any of the patients’ parafunctional habits. The study is significant because it shows how the use of the Oralift appliance can have a profound effect on the face. Until the Dentalfacelift procedure ( described in Dr. Mohindra's 2002 paper), the role of the dentist was confined to looking in the mouth, and again this dental appliance is showing dentists that they have to start looking at the whole face, not just the mouth. The role of the dentist is changing. The Oralift appliance works by using the ability of the facial muscles to adapt. This process of adaptation is similar to but different from exercise. The effects of the treatment are gradual and natural. The current trend is to move away from the unnatural, artificial look created by procedures such as Botox and fillers. Our facial muscles are the key, and with the aid of the Oralift appliance. Oralift is changing the way we look at facial aesthetics.


Innovation often starts at the coalface and usually in general practice. My story is to explain how difficult it is for a general practitioner to put innovation on a sound, scientific basis. If you want to know more, here is my story: After having established that the Dentalfacelift procedure could rejuvenate the whole face, I observed that my patients’ faces continued to improve even years after treatment. Facelift dentistry is however an invasive and costly procedure. At the same time, I was observing that my patients’ faces were improving just by wearing the Oralift appliance before any work was done on the teeth. I was starting to doubt the need to embark on the invasive work on the teeth required for the Dentalfacelift. If the patient’s face could improve just by wearing the appliance, it seemed unjustifiable. As with my previous work, it was paramount for me to put these findings on a scientific basis. In 2005, I started collecting data from fifty of my patients. When I showed their before and after photographs to a member of the panel who had been involved in the 2002 paper, she pointed out that because the changes were more subtle than the Dentalfacelift, it was important to further standardise my photography. As a general practitioner, I was not familiar with the protocol and strict standardisation required for measuring the changes to the skin. Since I also own the patents of the appliance, I was concerned that my findings could be regarded as biased. My ideal way forward was to get a University to agree to a scientific trial but sadly, I failed. Each time I approached a professor, the answer was the same….it wasn’t their speciality. It seems that innovative work sometimes requires the creation of a speciality. Eventually, I did the secure the agreement of a consultant at King’s College Dental School to work with me. He would use his specialist knowledge of 3D imaging to measure changes on the face while I did the treatment on the patients. I believed I was moving towards the goal of an independent scientific study. The cost involved however meant that I could only do a pilot study. Having completed the study, the next step was to write a paper with the aim of getting it published in a peer reviewed journal. Writing the paper raised another issue. I was told that I should have obtained ethical approval for this study. Clearly such issues are routine for the academic who is doing research in a university, but to me this presented a huge hurdle. I contacted the Chairman of the Ethics Committee who fortunately was able to assure me that this was not necessary as it was a regarded as a continuation of my previous work A huge sigh of relief and the paper was then written. Little did I know that there were further hurdles ahead. I soon became aware of the difficulties within the peer review system. In theory, peer review is excellent because the experts in the field are asked to look at the study, but when it is an entirely innovative treatment, where are the experts to be found? When I submitted my paper to various journals, the feedback that I received was that my work was not dentistry…and that a full double blind randomised controlled trial was needed. This had always been my aim but such a trial can cost hundreds of thousands of pounds. Rather than continuing to try to get the paper published, I decided that perhaps the only way forward for such an innovative treatment was to find a way to secure the funding for a full trial. I knew from my experience with my first paper that it can be extremely difficult to secure funding. Since I had the patents, I thought a partnership with a multinational might be the best option to secure funding. I approached a multinational who assured me that they would fund a trial. After four years of negotiations, it was clear that this was not going to be possible. My quest to put this treatment on a scientific basis continued and during this time, I came to realise how the involvement of multinationals is compromising the research that is being done. This is happening not just in dentistry but in all scientific research. Scientific research has until recently been put on a pedestal by society, but now people are beginning to doubt the validity of so called scientific trials that one day tell us we should drink x amount of alcohol, which soon afterwards is contradicted by some other trial. Let me give a prime example of this. The control of gum disease is a crucial element of dentistry. We now know that unhealthy gums can play a significant part in a number of diseases and conditions. In the 1980’s I realised that our aim as dentists should be to eliminate all inflammation of the gums. My own anecdotal evidence had led me to conclude that this could be achieved by using interdental brushing alongside normal tooth brushing. I had found the use of dental floss to be inadequate. I was dismayed when the Cochrane Report of 2012 recommended flossing, as Cochrane was set up to evaluate the weight of research findings and provide health professionals and the public with the best advice. I was encouraged when the European Federation of Periodontology published their report in 2015 concluding that daily interdental brushing rather than flossing was recommended. How is a patient or indeed a dentist supposed to make an informed decision about which is more effective with such conflicting evidence? Television advertising would further have us believe that using certain tooth pastes and mouthwashes will eliminate gum disease. I have become a strong believer in restoring the independence of scientific research. It should not be compromised by tainted money. My aim became two fold : to try to get the paper published and to think of a way how I could become involved in restoring the independence in scientific research. Although my first paper had been published in 1996, and the technique has gathered momentum, it has not been universally adopted. It is frequently stated that innovative research takes an average of seventeen years before it reaches clinical practice. I believe this is not helped by the fact that the traditional peer reviewed journals are confined to subscribing members. I recently became aware of the steady growth of the open access journals and believed that this could be a means to accelerate the process. Acceptance of my paper by the Open Dentistry Journal concludes my story to date, but it has not finished. The Oralift Academy has been established to enable this treatment to be accessible to dentists worldwide, but also with the long term aim of helping to restore independence to scientific research by funding a programme of research.

Naresh Kumar Mohindra

Read the Original

This page is a summary of: A Mini Review of Using the Oralift Appliance and a Pilot Study to See if 3D Imaging Techniques Could Improve Outcomes, The Open Dentistry Journal, March 2018, Bentham Science Publishers, DOI: 10.2174/1874210601812010283.
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