Dr. Jandali received his dental degree from the University of Pennsylvania School of Dental Medicine (Penn D95). Following graduation from dental school, he attended the University at Buffalo where received hisspecialtytraining in prosthodontics and a MS degree. He thenfurthered his training with a fellowship in maxillofacial prosthetics and dental oncology at the world renowned Roswell Park Cancer Institute. Dr. Jandali has been a= board certified by the American Board of Prosthodontics since 2001 and holds the esteemed status of Fellow of the American College of Prosthodontists (FACP)

Dr. Jandali is the founder and current director of the Advanced Specialty Education Program in Prosthodontics at the John D Dingell VA Medical Center in Detroit, MI. He is also a part-time instructor at the University of Michigan Ann Arbor, School of Dentistry and serves as a consultant at the Childrens Hospital of Michigan.

Whether you are looking to replace or repair a single tooth or seeking full mouth reconstruction, your care will be carried out by dental specialists with additional years of education and experience. Dr. Jandali and his network of specialists are dedicated to providing you with the best possible care dentistry can deliver in the 21st century. If you are referred from your family dentist, we will work with your referring dentist to optimize your care in the best possible way that fits your clinical situation.

Our approach to treatment planning and execution is comprehensive and addresses the Big Picture. Many times, we see patients who were caught up in years in dental treatment without having a clear direction of what the end result should be. The result is a disappointing outcome and a significant waste of time and resources that could have been spent doing it right the first time. Begin with the end in mind is the driving theme of our treatment approach. Our process of integrating the knowledge, experience, skills, and resources under one roof, enables us to deliver your care with extreme efficiency and at the highest levels of quality without the added time and expenses experienced in the traditional models of care. The result is a more convenient and predictable treatment experience.

Rather than practicing the full range of dentistry, we focus exclusively on Implant, Cosmetic, and Reconstructive Dentistry. With years of full-time post graduate training and experience in this field, we are best positioned to delivered your care at the highest levels possible. This is what sets up apart from the growing population of practitioners who claim to be dental implant specialists or cosmetic dentists, specialties that is NOT recognized by the American Dental Association (ADA).

For patients with failing dentition due to periodontal disease, tooth decay, faulty restorations, ill-fitting dentures or partials, we offer same day treatment options. Many times, dental implants can help support a new set of teeth that replaces the failing dentition. These replacements look, feel, and function like normal teeth and are delivered to the patient during the same day of implant placement. Our team of doctors and technicians have extensive experience in this treatment protocol which ensures a safe and predictable outcome.

At our clinic, we take advantage of the best technology available in the world of dentistry today. From digital intraoral and panoramic x-rays with low exposure rates to high definition 3-D imaging and planning tools such as Cone Beam CT scans and digital 3-D printing and modelling, our team will utilize the best combination of diagnostic and planning tools to ensure the best outcome can be reached for your case. As the dental field becomes more digitized, we are committed to staying at the forefront of the digital dental revolution to provide you the best possible care.

We understand the many barriers patient have to dental care including fear. Complex dental treatment can be an intimidating venture. For this reason, we have teamed with the best sedation specialists in the Detroit area to offer you a safe, comfortable treatment experience. We will not judge you for being a fearful patient but rather welcome you and encourage you for taking the first step to transform your life.

The digital revolution has made its way to the dental field and and digital dentistry is here to stay. The integration of biologic , engineering, computer and material sciences has afforded the field of dentistry many of the advances that used to be a mere imaginary dream in the past.

A picture is worth a thousand words. Intra oral photography is an indispensable toot in todays modern dental care. Rather than describing our findings and dental conditions, in a matter of seconds, our patients can see their dental conditions on a computer screen or tablet device. By sharing the images with our patient, we can engage in co-diagnosis and collaborative treatment planning to help restore their mouth to optimal health. Pre-treatment photographs can be stored and added to the Electronic Medical Record. Additionally, in some instances, we can simulate proposed treatments to help visualize how the end result can look like..

The benefits of digital radiography (x-rays) cannot be overstated. First and foremost, they greatly reduce exposure to radiation. Here are some examples of radiation exposure expected from digital radiography.

There is no need for the use of chemicals and film that are harmful to the environment. Not the mention the inconvenience associated with developing and disposing of the film lead shields and used development solutions. Digital x rays greatly facilitate communication between dentist and patient and among different providers. The digital images are immediately available to view. Using current technology, it is very easy to enhance, enlarge, or refine the X-ray images. Brightness, color and/or contrast of digital X-rays can be adjusted without re-exposing the patient for another film.Patients are now able to view their X-rays instantaneously on the computer monitor screens located in each treatment room. A digital x ray can be sent or received via e mail from any dentist world in a matter of seconds and are stored in the patients electronic record without the fear fading or degradation over time.

Two-dimensional imaging techniques have been used in dentistry since the first intra-oral radiograph was taken in 1896. Recent advancements in computer technology has enabled the introduction of Cone Beam CT (CBCT) scanners to the dental field. CBCT provides 3-dimensional imaging of the area of interest with great detail similar to the CAT SCAN your medical doctor may order for certain conditions.

A conventional 2-D x-ray is a great diagnostic tool for most dental conditions. However, it only represents a flat image of a three-dimensional object. This, in some instances, can present certain limitations. Three-dimensional imaging opens up another dimension in diagnosis and treatment planning and allows us to visualize certain anatomic structures with greater accuracy and detail. Cross sectional images of the jaws allow the dentist to measure the thickness of the bone in the area of interest which is not possible using a conventional 2-D image. The imaging program through certain algorithm, can render a 3-D reconstruction of the area which can be manipulated and in the computer for viewing

Precision and minimally invasive surgery are the hallmark of 21st century medicine. Recent advances in imaging and 3-D image formatting has enabled us to perform virtual implant surgery and treatment planning with extreme precision in a computer environment. The result is a more precise surgery and predictable outcome for our patients. No more guess work or diagnostic mishaps due to lack of information. By performing the implant procedure with the restorative end in mind, we can now offer our patients the best possible results with extreme accuracy, predictability with the least amount of trauma.

Implant dentistry, from virtual to reality. With 3-D printing technology, we can print a physical model of the patients anatomy. Imagine the the value of the information that can be gathered form actually holding a physical model of the area of interest as opposed to looking at a 2-D representation of such a structure. The process starts with acquiring the patients anatomic data through a CT scan. This information can then be converted into a three dimensional data file that can be sent to a printing machine that will fabricate the model layer by layer with high accuracy and precision. This technology is about 30 years old but it has just become more available with the introduction of more powerful computers and software program. When needed, a surgical guide can be manufactured from this data that facilitates the surgical procedure and enables us to position the implants based on the virtual surgical plan. Thus connecting the virtual world to the real world.

Computer aided design and manufacturing (CAD-CAM) has many application in the dental field. Similar to scanning a document on a scanner of fax machine, the dental model can be digitized through scanning with an optical or laser scanner. Once digitized, the digital file can be manipulated and transferred to another program where dental restorations can be designed. The process of designing the dental prosthesis with the aid of computer software and hardware is referred to as computer aided design. This represents the CAD portion of CAD CAM. Once the design has been finalized and approved, the design file can be transferred and converted into a manufacturing file that a milling machine can understand. The milling machine then fabricated the restoration with the exact specifications and material of our choices. This represents the CAM portion of CAD CAM. This process is routinely used for the fabrication of cosmetic and implant restorations and provides us with precise fitting and beautiful looking restorations.