Twenty-first century dental hygiene school software is often what separates the best universities from the competition. These days, administrators of oral health programs are in need of dynamic technology that reflects the rapidly evolving state of health care in the U.S. With many schools experiencing a steady increase in enrollment numbers in recent years, the ability to respond quickly to change without losing any sense of organization will help to ensure educators are able to graduate their students with the information they need at a low overhead cost.
The process of managing a large academic institution is complicated, but it can be split into two general areas: academic activities and clinical operations. In the dental hygiene sector, these two elements of the degree program work hand-in-hand. As much as professors need to evaluate students through traditional means such as exams and research projects, students depend on the opportunity to gain real-world experience treating patients before preparing themselves for long-term careers in oral health. Administrators depend on high-quality software tools to seamlessly manage these separate elements in one customized and user-friendly platform.
New findings pose research opportunities for universities
Software for dental hygiene schools especially comes in handy when new research presents major breakthroughs for the way oral health professionals do their jobs. For example, WXYZ, an ABC News affiliate based in Detroit, recently reported that many dental hygienists have become concerned about the potentially negative effects of polyethylene beads used in some major toothpaste brands. Brian Moore, a dentist in Florence, Kentucky, told the news station that these tiny specks can get stuck between teeth and cause more bacteria to enter the gums.
"Any time you have any foreign body in the pocket around the tooth, it's a breeding ground for bacteria," Moore said.
Researchers need the right tools
The American Dental Association has released a statement saying it will continue to closely monitor new research that comes out about the effects of polyethylene on overall oral health. Because universities are likely to lead the charge in conducting further research on these kinds of issues, faculty members can benefit from software that makes it easy to gather data, share new findings with colleagues and implement any new information into the existing academic curriculum.
Collaboration is a fundamental element of oral health research. A flexible software program that is customized to the unique needs of dental hygiene schools will have a significant impact on long-term cost savings and overall competitiveness in the realm of higher education.