Own the Legend: Revolutionary J Family of Patient Chairs to be Discontinued by 2017

Posted on July 28, 2016

Malvern, PA (July 28, 2016) – DentalEZ®, a supplier of integrated products and services for dental health professionals worldwide, recently announced that by 2017 its most famous contribution to the dental industry, the J Family line of patient chairs, will no longer be available for sale. With a limited number of chairs currently in production, the Company will phase out the history-making chairs beginning this July.  

Though the era of J Family of Chairs from DentalEZ® will soon come to an end, the Company will continue to offer dental professionals a chance to own the legend by purchasing the classic J-Chair® and/or the J/V-Generation® Chair until the last remaining chair finds its home. “It is indeed a bittersweet time for DentalEZ and the classic J Family of Chairs from DentalEZ,” remarked Mary Alban, Senior Product Manager for DentalEZ Equipment. “The J-Chair not only put DentalEZ on the map as dental pioneers but it is the foundation of each and every dental chair in existence today. We will always be extremely proud to say that the J-Chair was truly the beginning of an ergonomic evolution for the patient chair.”

From now until the end of 2016, DentalEZ will be offering attractive incentives in order to make it easy for dental professionals to purchase a true iconic piece of dental history. “We want to provide dental professionals one last chance to experience the many features and benefits that have made our J Family of Chairs a tried and true staple of clinical practice,” continued Alban, “and a real American classic.”

The J-Chair is equipped with all of the accommodating features and benefits that dental professionals have grown to know and trust for almost six decades. The back, seat, and base positions all adjust independently, and the thinnest narrow back available allows superior access. The J/V-Generation Chair combines all features and benefits of the famous J-Chair, yet the J/V-Generation Chair also has the flexibility of a split-back but with a more modern look and advanced features such as an anatomically correct hip pivot point, and left/right flexibility.

Looking forward, the Company will transition its focus to further educating dental professionals on the many features and benefits of its popular NuSimplicity™ patient chair, an evolved version of the J-Chair. The NuSimplicity features a narrow, tapered back, a base plate design that allows closer placement of operator stools, and height flexibility of 15 to 35.5 inches to accommodate sit-down and stand-up dentistry. In addition, options like wireless controls or the exclusive Air Glide technology make for a more efficient operatory, and a wide variety of upholsteries and color combinations to match any office décor. 

Please call your local DentalEZ sales representative or visit www.dentalez.comfor current promotions and information about the classic J-Family of Chairs from DentalEZ as well as all DentalEZ products and services.

Adams to Host Webinar on Materials

Posted on July 28, 2016

Damon Adams, DDS, will present a free two-part webinar on August 16 and August 30 called "Making the Right Choice in Restorative Material."

Participants will learn how, what, where, when, and why they should choose the right restorative material for patients, based on science, evidence, and clinical reliability. The webinar will be worth 1 Interactive CEU.

The webinar will be at 7 pm Eastern both days. To register, go to http://www.vivalearning.com/login.asp?x_classID=2935&rurl=%2Fmember%2FregisterLive%2Easp%3Fx_classID%3D2935.

ETI Digital Holds Open House

Posted on July 27, 2016

ETI Digital Technology (CAD/CAM Division of ETI Empire Direct), located in Anaheim, California, celebrated the opening of their new Digital Technology office and training center by holding an Open House in June. The event for customers and vendors was held to tour the new facility and see the latest CAD/CAM offerings from ETI Digital Technology including Dental Wings scanners, Roland milling machines, UNIQUE CAM software and Stratasys 3D printers. ETI Digital’s expert team of CAD/CAM specialists provided hands-on demonstrations of all of their equipment for anyone looking into the latest in the world of Digital Dentistry. 


ICPPD Is Now the Institute for Pediatric Dentistry

Posted on July 27, 2016

HOUSTON, TEXAS, July 27, 2016—The Institute for the Clinical Practice of Pediatric Dentistry (ICPPD) has changed its named to the Institute for Pediatric Dentistry (IPD). The rationale for the name change is to better reflect the evolving content of the Institute’s courses. “As part of our ongoing effort to provide the most relevant and practical pediatric dentistry training, we survey our participants immediately following each course,” said Mark Binford, an IPD Director. “While the doctors tell us they love our clinical training, they’ve also asked us to expand into additional topics including practice management.”

As an example, The IPD is offering a new standalone course - “Game Changers for Dental Assistants” - in conjunction with its next dentist’s course, “Game Changers in Pediatric Dentistry.” The new course is specifically designed to enable dental assistants to become high-performance contributors to the dental team. Both courses will take place October 7-8 at UNLV’s SimLab in Las Vegas. Dentists earn a total of 20 CE credits while dental assistants earn 16 CE credits. Dentists registering now can receive a $500 tuition discount by entering the code “IPDSummer.” To register, or to learn more about the courses and the Institute, visit theipd.com.

Study Evaluates Revision Surgeries for Cleft Lip

Posted on July 26, 2016

Children born with cleft lip/palate go through extensive treatments that usually begin before their first birthday. Most treatment plans include surgery to repair the orofacial cleft, which will increase the child’s verbal communication abilities, self-esteem and overall confidence. Unfortunately, a one-time surgery is rare. Many children require revision surgeries to create the correct alignment, symmetry and normal facial movements. As a result, health providers are constantly looking for ways to decrease the number of revision surgeries required for children with CL/P.

An article in the current issue of The Cleft Palate–Craniofacial Journal explores the reasons behind the multiple follow-up surgeries required by the condition as well as how their frequency may be reduced. In order to determine a percentage of revision surgeries, the authors conducted an electronic search of previously published articles relating to cleft lip surgery. Of the 3,034 articles identified, 45 met their study criteria, which yielded a total of 4,210 patients involved. Overall, the research showed that there was a 0% to 100% instance of revision surgeries among the various studies. However, the researchers were unable to determine the burden of care (amount and intensity of all treatments) experienced by the patients.

When analyzing the specifics of each study, authors found that revision surgeries could be affected by the following: isolated cleft lip compared with cleft lip and cleft palate corrections, the portion of the lip where the surgery was conducted (specifically, the vermilion or vermilo-cutaneous junction), and the follow-up duration, with more revision surgeries resulting from longer follow-up times. The authors also found that the quality of the initial surgery plays a very important role in revisions, especially when dealing with the vermilion junction, and it was determined that closing the vermilion could reduce the need for revision surgeries.

This study has provided a strong foundation for future studies on cleft lip revision surgery. The authors concluded that a new population-based study should be conducted for more definitive findings on the burden of care for unilateral cleft lip. Such a study would help to further reduce the current reliance on surgical care and improve outcomes for patients worldwide.

Full text of the article, “The Burden of Care for Children With Unilateral Cleft Lip: A Systematic Review of Revision Surgery,” The Cleft Palate–Craniofacial Journal, Vol. 53, No. 4, 2016, is available at http://www.cpcjournal.org/doi/full/10.1597/14-202.

Penn Team Uses Nanoparticles to Break Up Plaque and Prevent Cavities

Posted on July 26, 2016

The bacteria that live in dental plaque and contribute to tooth decay often resist traditional antimicrobial treatment, as they can “hide” within a sticky biofilm matrix, a glue-like polymer scaffold.

A new strategy conceived by University of Pennsylvania researchers took a more sophisticated approach. Instead of simply applying an antibiotic to the teeth, they took advantage of the pH-sensitive and enzyme-like properties of iron-containing nanoparticles to catalyze the activity of hydrogen peroxide, a commonly used natural antiseptic. The activated hydrogen peroxide produced free radicals that were able to simultaneously degrade the biofilm matrix and kill the bacteria within, significantly reducing plaque and preventing the tooth decay, or cavities, in an animal model.

“Even using a very low concentration of hydrogen peroxide, the process was incredibly effective at disrupting the biofilm,” said Hyun (Michel) Koo, a professor in the Penn School of Dental Medicine’s Department of Orthodontics and divisions of Pediatric Dentistry and Community Oral Health and the senior author of the study, which was published in the journal Biomaterials. “Adding nanoparticles increased the efficiency of bacterial killing more than 5,000-fold.”

The paper’s lead author was Lizeng Gao, a postdoctoral researcher in Koo’s lab. Coauthors were Yuan Liu, Dongyeop Kim, Yong Li, and Geelsu Hwang, all of Koo’s lab, as well as David Cormode, an assistant professor of radiology and bioengineering with appointments in Penn’s Perelman School of Medicine and School of Engineering and Applied Science, and Pratap C. Naha, a postdoctoral fellow in Cormode’s lab.

The work built off a seminal finding by Gao and colleagues, published in 2007 in Nature Nanotechnology, showing that nanoparticles, long believed to be biologically and chemically inert, could in fact possess enzyme-like properties. In that study, Gao showed that an iron oxide nanoparticle behaved similarly to a peroxidase, an enzyme found naturally that catalyzes oxidative reactions, often using hydrogen peroxide.

When Gao joined Koo’s lab in 2013, he proposed using these nanoparticles in an oral setting, as the oxidation of hydrogen peroxide produces free radicals that can kill bacteria.

“When he first presented it to me, I was very skeptical,” Koo said, “because these free radicals can also damage healthy tissue. But then he refuted that and told me this is different because the nanoparticles’ activity is dependent on pH.”

Gao had found that the nanoparticles had no catalytic activity at neutral or near-neutral pH of 6.5 or 7, physiological values typically found in blood or in a healthy mouth. But when pH was acidic, closer to 5, they become highly active and can rapidly produce free radicals.

The scenario was ideal for targeting plaque, which can produce an acidic microenvironment when exposed to sugars.

Gao and Koo reached out to Cormode, who had experience working with iron oxide nanoparticles in a radiological imaging context, to help them synthesize, characterize and test the effectiveness of the nanoparticles, several forms of which are already FDA-approved for imaging in humans.

Beginning with in vitro studies, which involved growing a biofilm containing the cavity-causing bacteria Streptococcus mutans on a tooth-enamel-like surface and then exposing it to sugar, the researchers confirmed that the nanoparticles adhered to the biofilm, were retained even after treatment stopped and could effectively catalyze hydrogen peroxide in acidic conditions.

They also showed that the nanoparticles’ reaction with a 1% or less hydrogen peroxide solution was remarkably effective at killing bacteria, wiping out more than 99.9% of the S mutans in the biofilm within 5 minutes, an efficacy more than 5,000 times greater than using hydrogen peroxide alone. Even more promising, they demonstrated that the treatment regimen, involving a 30-second topical treatment of the nanoparticles followed by a 30-second treatment with hydrogen peroxide, could break down the biofilm matrix components, essentially removing the protective sticky scaffold.

Moving to an animal model, they applied the nanoparticles and hydrogen peroxide topically to the teeth of rats, which can develop tooth decay when infected with S mutans just as humans do. Twice-a-day, one-minute treatments for three weeks significantly reduced the onset and severity of carious lesions, the clinical term for tooth decay, compared to the control or treatment with hydrogen peroxide alone. The researchers observed no adverse effects on the gum or oral soft tissues from the treatment.

“It’s very promising,” said Koo. “The efficacy and toxicity need to be validated in clinical studies, but I think the potential is there.”

Among the attractive features of the platform is the fact that the components are relatively inexpensive.

“If you look at the amount you would need for a dose, you’re looking at something like 5 milligrams,” Cormode said. “It’s a tiny amount of material, and the nanoparticles are fairly easily synthesize, so we’re talking about a cost of cents per dose.”

In addition, the platform uses a concentration of hydrogen peroxide, 1%, which is lower than many currently available tooth-whitening systems that use 3% to 10% concentrations, minimizing the chance of negative side effects.

Looking ahead, Gao, Koo, Cormode, and colleagues hope to continue refining and improving upon the effectiveness of the nanoparticle platform to fight biofilms.

“We’re studying the role of nanoparticle coatings, composition, size, and so forth so we can engineer the particles for even better performance,” Cormode said.

The study was funded by the International Association for Dental Research/GlaxoSmithKline Innovation in Oral Health Award, National Science Foundation, and University of Pennsylvania Research Foundation.

Health-Research Sector Invited to Learn About NIH Funding

Posted on July 26, 2016

Small businesses seeking to commercialize health-related technologies in the medical or life science sector can learn how to access more than $870 million in federal funding during the Department of Health and Human Services Small Business Innovation Research (SBIR) and Small Business Technology Transfer (STTR) conference, which will be held in Orlando, Florida, on Nov. 15-17, 2016.

“This flagship SBIR/STTR event provides the chance for entrepreneurs and researchers to meet one-on-one with federal representatives, network with each other, and learn how the National Institutes of Health helps small businesses forge new relationships that can help bring technologies and discoveries to market,” said Matthew Portnoy, PhD, the NIH SBIR/STTR program coordinator. “We are hoping businesses take advantage of this opportunity and register to attend the conference.”

The 18th Annual HHS SBIR/STTR Conference, titled Shining a Light on Small Business Innovation, will be co-hosted by the State University System of Florida and the University of Central Florida, Orlando, and is expected to attract nearly 800 participants from around the country.

One of the key objectives of the SBIR and STTR programs is to foster and encourage participation in innovation and entrepreneurship by women and socially and economically disadvantaged people. The NIH keynote speaker will be Eliseo J. Pérez-Stable, MD, director of the National Institute on Minority Health and Health Disparities, and interactive workshops and sessions will feature presentations by women-owned and minority-owned businesses supported by the SBIR/STTR programs.

Attendees will include representatives from NIH, Centers for Disease Control and Prevention, US Food and Drug Administration, Administration for Community Living, Office of the HHS Inspector General, and the Small Business Administration. Early bird registration is available until August 31, 2016, and a draft agenda is available online at: https://www.regonline.com/sbirsttrorlando.

CDC Provides Best Practices for Appropriate Antibiotic Use in Dentistry

Posted on July 25, 2016

In an article published today in The Journal of the American Dental Association (JADA), experts from the Centers for Disease Control and Prevention (CDC) and the Organization for Safety, Asepsis and Prevention (OSAP) provide best practices for responsible antibiotic use in dentistry.

Dentists write nearly 26 million prescriptions for antibiotics each year, which amounts to 10% of all antibiotic prescriptions filled in outpatient pharmacies. While the extent is unknown, experts are concerned that unnecessary antibiotic prescribing occurs in dental settings. To assist throughout the entire antibiotic prescribing process, CDC and OSAP have developed a checklist to guide dentists through pretreatment, prescribing, and patient and staff education.

Patients are encouraged to use the following Do’s and Don’ts for ensuring patient safety when they or their loved ones are prescribed antibiotics at the dentist.

Registration Opens for AAED Meeting

Posted on July 22, 2016

Registration is open for the 41st Annual Meeting of the American Academy of Esthetic Dentistry (AAED), which will be held at the Monarch Beach Resort Hotel in Dana Point, California, from August 3-5.

Educational sessions will explore the meeting's theme, "Point Counterpoint: The Controversies & Innovations in Esthetic Dentistry." View the full program with session abstracts, speaker details, and more on the AAED's mobile-friendly platform at https://www.messageblocks.com/aaedam16.

The register for the meeting, go to http://www.estheticacademy.org/event/aaed2016.

Geistlich Biomaterials Launches Global Platform, “Sharing Success,” and Webinar Tour for Dental Professionals

Posted on July 21, 2016

Throughout 2016, Geistlich Biomaterials will be celebrating a triad of milestones that make us who we are. 20 years of Geistlich Bio-Gide®, 30 years of Geistlich Bio-Oss® and over 1,000 published studies demonstrating their clinical efficacy in practice. 

With these 3, comes our Jubilee! 

The history of Geistlich Biomaterials spans more than 160 years and is built on proud spirit of innovation and the pioneering achievements of its biomaterials. The Jubilee Anniversary for Geistlich has been focused on giving a voice to our partnering dental professional in sharing their regenerative experiences, knowledge and success. So in support of this celebration, Geistlich has established a website dedicated to celebrating the Jubilee and providing a global platform that encourages dental professionals in research and clinical practice to share their experiences and clinical cases using Geistlich biomaterials with the world. 

Be a part of it by visiting: www.geistlich-jubilee.com 


To date, hundreds of practitioners have supported in the “Sharing Success” campaign by submitting their best publications, clinical cases and inspiring statements involving Geistlich Biomaterials. At the conclusion of the Jubilee year, all contributions to the website will be reviewed and winners within each category will be chosen. Prizes include a feature on the Geistlich Jubilee Wall of Fame and a chance to win an Apple iPad. Nine iPads will be raffled, each installed with Geistlich’s Patient Information Package on Regenerative Dentistry. 

To further celebrate the Jubilee, Geistlich is hosting a Jubilee Webinar World Tour featuring 5 (five) educational webinars with leading clinicians from around the world. 

These webinars are FREE and interactive. 


• Anthony Sclar (USA) – Ridge Preservation 

• István Urbán (Hungary) – Sausage Technique 

Prof. Ki-Tae Koo (South Korea) – Ridge Preservation 


Dr. Paulo Fernando (Brazil) – Soft-Tissue Management 

September 15, 2016 at 6:00pm EDT 

Prof. Ronald Jung & Prof. Christoph Hämmerlee (Switzerland) - GBR Revisited 

October 20, 2016 at 1:00pm EDT 

Can’t make the live date? All of the webinars will also be available on-demand after the live date. 

We thank our customers for their collaboration, trust and above all…for the success we share. 


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