Timothy L. Hottel, DDS, MS, DBA, FACD, is a clinical professor at the College of Dental Medicine, Case Western Reserve University in Cleveland. Previously, he served in a variety of key positions — including dean and director of Statewide Oral Health Initiatives — at the University of Tennessee College of Dentistry. With more than 100 published articles, Hottel is also coauthor of the textbook Dentistry for the Restorative Expanded Function Dental Auxiliary. A member of Decisions in Dentistry’s Peer Review Panel, he can be reached at: tlhottel@gmail.com.
Despite decades of routine premedication for patients with hip and knee implants, current evidence shows no meaningful reduction in periprosthetic joint infection risk for most dental procedures.
An integrated healthcare approach shows that reducing cardiovascular risk through lifestyle changes and systemic inflammation management can also improve periodontal health — and vice versa.
A recent case report in Perio Update showcases a staged guided bone regeneration (GBR) approach using a composite graft and rh-PDGF to overcome a severe ridge defect, achieving an impressive 10 mm horizontal bone gain without harvesting…
Severe trauma left a patient missing central incisors and facing a complex horizontal and vertical ridge defect. Through precision-guided bone regeneration and staged implant placement, both form and function were restored with results…
Recombinant human platelet-derived growth factor-BB is revolutionizing bone regeneration by enhancing cellular activity and accelerating tissue repair. This powerful biologic shows impressive results when paired with grafting materials,…
Understanding when to prescribe antibiotic prophylaxis, and why oral hygiene may matter more, can help dental professionals prevent a potentially fatal cardiac infection.
Guided bone regeneration (GBR) has evolved into a reliable solution for complex ridge augmentation, even in challenging knife-edge cases. While autogenous bone remains a gold standard, emerging evidence shows comparable outcomes with…
Combining recombinant human platelet-derived growth factor-BB with composite graft materials offers a promising alternative to traditional autogenous bone harvesting.