Dr. Nemaly Chaithanyaa
| Corticobasal Implants – a Graftless Solution for Rehabilitation of Atrophied Ridges Preconference- Oral Surgery Track |
April 26 @ 17:15 – 18:15 IST
Dr. Nemaly Chaithanyaa
Expert in Corticobasal Implantology & Maxillofacial Surgery
Dr. Nemaly Chaithanyaa is a leading oral and maxillofacial surgeon specializing in corticobasal implantology, maxillofacial trauma, pathology, and reconstruction surgeries. He completed his BDS from RV Dental College in 2003 and MDS from Bapuji Dental College & Hospital in 2009. In 2023, he obtained a Master’s in Immediate Loading Implantology from AIM Academy, Switzerland, further refining his expertise in advanced implant rehabilitation techniques.
With over a decade of private practice experience, Dr. Chaithanyaa has successfully placed more than 4,000 corticobasal implants, making significant contributions to the field of graftless implant solutions for atrophied jaws. He is a maxillofacial consultant to multiple hospitals in and around Madanapalle and has performed numerous complex surgeries, including orthognathic and reconstructive procedures.
A respected academic and researcher, Dr. Chaithanyaa has several PubMed-indexed national and international publications and has delivered lectures at global and national conferences on corticobasal implantology. His work focuses on providing efficient, graft-free solutions for severe jaw atrophy, offering innovative treatment options for patients with challenging cases.
About the Lecture:
Implant placement in severely atrophic jaws is incredibly challenging because of the poor quality and quantity of the implant bed. Basal implant, also known as bicortical implant or just cortical implant, is a modern implant system that utilizes the basal cortical portion of the jaw bones for retention of the dental implants, uniquely designed to be accommodated in the basal cortical bone areas. The basal bone provides excellent-quality cortical bone to retain these unique and highly advanced implants. The jaw’s alveolar bone (crestal bone) is less dense and gradually starts getting resorbed and recedes once the teeth are lost. The bone that ultimately remains after regression of the alveolar bone following loss of teeth is the basal bone below the alveolar bone. This basal bone is less prone to bone resorption and infections. It is highly dense, corticalized, and offers excellent support to implants. Basal implants were primarily designed for immediate loading applications, particularly in cases with insufficient vertical bone height, such as atrophied ridges. The extra procedures, such as ridge augmentation, secondary surgeries for graft harvesting, and the time taken for these procedures, can be avoided by using cortico-basal implants.