The Nova Southeastern University College of Dental Medicine is the dental school of Nova Southeastern University. It is located in Fort Lauderdale, Florida, United States. When it opened in 1997, it was the first new dental school to open in the United States in 24 years. It is the largest dental school in Florida. The school is accredited by the American Dental Association.

Academics

In recent years, it has received more applications for admittance than any other dental school in the United States. There are approximately 3,500 applicants for the entering class size of 110. Entering first year students averaged in the 95th percentile nationally on the Dental Admission Test. It offers a four-year D.M.D. program, along with postdoctoral programs in: Advanced Education in General Dentistry (AEGD), Endodontics, Orthodontics, Pedodontics (Pediatric Dentistry), Periodontology, Prosthodontics, Oral and Maxillofacial Surgery (four years program), and Master of Science in Craniofacial Research.

Nova Southeastern University College of Dental Medicine

Research

The NSU College of Dental Medicine is currently involved in Biomaterials development and research in Oral Biology. Some of the research being conducted:

Nova Southeastern University College of Dental Medicine

Biomaterials Development

Microtensile fracture strength testing

Profilometer fracture mode testing

Fatigue, thermocycling and load testing

Scanning electron microscope evaluation

Leakage testing

Hybrid layer evaluation

Remineralization and demineralization studies

ColorEye and Gloss analysis

Clinical Testing

Whitening kits

Restorative materials

Endodontic materials

Periodontal therapies

Prosthodontic devices

Toothpaste

Mouthwash

Adhesives

Disinfectants

Analgesics

Drugs

Lasers

Dental instruments and devices

Toothbrushes (manual or power) Ortho appliances/devices Dental floss

Nova Southeastern University College of Dental Medicine

Toothbrushing

Dentifrice testing

Abrasion testing

Wear testing

Clinical testing

Biocompatibility Testing

Drugs and biomaterials

In vitro cytotoxicity

In vivo biocompatibility

Histological assessment

Molecular Assays

Protein/Gene activation

PCR

Gene silencing

Gene isolation

Molecular pathway elucidation

Pulp Biology

For over 50 years, from the 1950s until his death in 2002, oral pathologist Harold Stanley DDS, MS collected extracted teeth from across the world. Recently the histological archive was located at Nova Southeastern College of Dental Medicine. It is reportedly the largest and most compete histological archive in the world containing over 200,000 specimens and weighing more than 3 tons of teeth!

Dr. Stanley can be credited with establishing Oral Biology as the science we know today, prior to his efforts, the practice of dentistry and treatment planning had little regard for the biology of the oral tissues.

Dr. Stanley specialized in the soft tissue in the core of teeth called 'pulp'. The pulp is responsible for creating tooth dentin and for maintaining the vitality of the tooth throughout life. It is also responsible for the pain experienced if the tooth is diseased or damaged, and also for hot and cold sensitivity.

Dr. Stanley studied pulp death and regeneration. The photograph opposite shows the ability of the pulp cells to mineralize more tooth substance in response to injury. The purpose of the increased mineralization is to protect the pulp tissue from disease, injury and trauma. Dr. Stanley also showed that the bacterial invasion of teeth could destroy the cells and cause a loss of tooth vitality. The invasion of tooth dentinal tubules by bacteria can be seen in the photograph opposite. The bacteria is present in the mouth saliva. If bacteria reaches the pulp it can cause severe inflammation called 'pulpitis'. The pulpitis is normally painful and will require endodontic treatment. This involves the removal of the pulp and the cleaning and shaping of the root canals. The faculty and staff of Nova Southeastern are preparing the extensive histological archive of Dr. Stanley for on-line use. This will enable anyone to access his archive of teeth from anywhere in the world.