Authors :
Dr. Radha Kumari; Dr. Shailendra S. Chauhan; Dr. Ankita Sharma
Volume/Issue :
Volume 9 - 2024, Issue 4 - April
Google Scholar :
https://tinyurl.com/36h9rufz
Scribd :
https://tinyurl.com/4adj8k8p
DOI :
https://doi.org/10.38124/ijisrt/IJISRT24APR750
Abstract :
The chronic, multifactorial inflammatory
disease known as periodontitis is linked to dysbiotic
plaque biofilms and is defined by the gradual breakdown
of the structure that supports teeth. Its main
characteristics are gingival bleeding, periodontal
pocketing, radiographically measured alveolar bone loss,
and clinical attachment loss (CAL), which indicate a
decrease of periodontal tissue support. Owing to its high
prevalence, periodontitis is a major public health
concern since it can lead to tooth loss and impairment,
negatively affect one's look and ability to chew food,
exacerbate social inequality, and diminish one's quality
of life. Improvements have been made in the diagnosis
and treatment of periodontal infections using a variety of
contemporary methods that are currently
accessible.Controlling the etiological causes and bacteria,
reducing inflammation, and replenishing the lost
alveolar support are the main goals of periodontal
therapy. The main components of periodontal treatment
is the surgical and non-surgical therapy. Dissatisfaction
with the conventional therapy for protecting oral
microbiota and replacing lost alveolar bone support may
prompt medical professionals and researchers to
investigate the novel and cutting-edge Bone One Session
Treatment (BOST). It is an aerobic therapy that
supports the alveolar bone and eradicates periodontal
disease in the deepest pocket without requiring an
intrusive operation. This review paper provides a novel
approach, emphasis, and assessment of the important
pathway for treating periodontal disease using the Bone
One Session Treatment.
Keywords :
Periodontitis, Periodontal Therapy, BOST, Aerobic Periodontics.
The chronic, multifactorial inflammatory
disease known as periodontitis is linked to dysbiotic
plaque biofilms and is defined by the gradual breakdown
of the structure that supports teeth. Its main
characteristics are gingival bleeding, periodontal
pocketing, radiographically measured alveolar bone loss,
and clinical attachment loss (CAL), which indicate a
decrease of periodontal tissue support. Owing to its high
prevalence, periodontitis is a major public health
concern since it can lead to tooth loss and impairment,
negatively affect one's look and ability to chew food,
exacerbate social inequality, and diminish one's quality
of life. Improvements have been made in the diagnosis
and treatment of periodontal infections using a variety of
contemporary methods that are currently
accessible.Controlling the etiological causes and bacteria,
reducing inflammation, and replenishing the lost
alveolar support are the main goals of periodontal
therapy. The main components of periodontal treatment
is the surgical and non-surgical therapy. Dissatisfaction
with the conventional therapy for protecting oral
microbiota and replacing lost alveolar bone support may
prompt medical professionals and researchers to
investigate the novel and cutting-edge Bone One Session
Treatment (BOST). It is an aerobic therapy that
supports the alveolar bone and eradicates periodontal
disease in the deepest pocket without requiring an
intrusive operation. This review paper provides a novel
approach, emphasis, and assessment of the important
pathway for treating periodontal disease using the Bone
One Session Treatment.
Keywords :
Periodontitis, Periodontal Therapy, BOST, Aerobic Periodontics.
