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Abstract

Early childhood dental caries occurs in all racial and socioeconomic groups; however, it tends to be more prevalent in children in families belonging to the low-income group, where it is seen in epidemic proportions. Dental caries results from an overgrowth of specific organisms that are a part of normally occurring human flora. Human dental flora is site specific, and an infant is not colonized until the eruption of the primary dentition at approximately 6 to 30 months of age. The most likely source of inoculation of an infant's dental flora is the mother, or another intimate care provider, shared utensils, etc. Decreasing the level of cariogenic organisms in the mother's dental flora at the time of colonization can significantly impact the child's redisposition to caries. To prevent caries in children, high-risk individuals must be identified at an early age (preferably high-risk mothers during prenatal care), and aggressive strategies should be adopted, including anticipatory guidance, behavior modifications (oral hygiene and feeding practices), and establishment of a dental home by 1 year of age for children deemed at risk.
Journal of International Society of Preventive and Community Dentistry 8January-June 2012, Vol. 2, No. 1
Dental home: Patient centered dentistry
Review Article
K. L. Girish Babu, G. M. Doddamani1
Department of Pedodontics and Preventive Dentistry, 1Department of Orthodontics, The Oxford Dental College, Hospital and
Research Centre, Bommanahalli, Hosur Road, Bangalore, Karnataka, India
Corresponding author (email:<drgirish77@yahoo.com>)
Dr. Girish Babu KL, Reader, Department of Pedodontics and Preventive Dentistry, The Oxford Dental College, Hospital and
Research Centre, Hosur Road, Bangalore - 560068, Karnataka, India.
Abstract
Early childhood dental caries occurs in all racial and socioeconomic groups; however, it tends to be more prevalent in
children in families belonging to the low-income group, where it is seen in epidemic proportions. Dental caries results
from an overgrowth of specic organisms that are a part of normally occurring human ora. Human dental ora is site
specic, and an infant is not colonized until the eruption of the primary dentition at approximately 6 to 30 months of
age. The most likely source of inoculation of an infant’s dental ora is the mother, or another intimate care provider,
shared utensils, etc. Decreasing the level of cariogenic organisms in the mother’s dental ora at the time of colonization
can signicantly impact the child’s redisposition to caries. To prevent caries in children, high-risk individuals must
be identied at an early age (preferably high-risk mothers during prenatal care), and aggressive strategies should
be adopted, including anticipatory guidance, behavior modications (oral hygiene and feeding practices), and
establishment of a dental home by 1 year of age for children deemed at risk.
Key words: Anticipatory guidance, diet, early childhood caries, oral hygiene, patient centered dental home
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DOI:
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INTRODUCTION
In 2004, the American Academy of Pediatrics (AAP),
in association with the American Academy of Family
Physicians (AAFP), the American College of Physicians
(ACP) andthe American Osteopathic Association
(AOA), defined comprehensive guidelines for the
Patient-Centered Medical Home (PCMH) as the
central approach to improve health care in the United
States.[1] In the same year, the American Academy
of Pediatric Dentistry (AAPD) formally adopted a
policy endorsing the Dental Home (DH).[2] The
Patient-Centered Medical-Dental Home (PCM-
DH) represents an enhanced health care model. In
this model, each patient has a personal physician or a
dentist who leads a team of clinical care providers and
staff who take collective responsibility for delivering
comprehensive, coordinated care that addresses all of a
patient’s health care needs. The PCM-DH focuses on
the patient instead of a single organ system. It requires
a well-trained, and a large primary care workforce with
expertise in providing broad-based, collaborative health
care.[3] The team-based, coordinated, comprehensive
carestructureofthePCMDHoffersagreatpromise to
improve the delivery of both the disease prevention and
chronicdiseasecare.ThePCM-DHfeaturesapersonal
physician or a dentist who leads a multidisciplinary
team to deliver culturally competent and evidence-
based care. National and international studies have
found that the primary care improves health more than
the specialist care.[4] Countries with a strong primary
care system also have better early childhood health
outcomes.[5]
The American Academy of Pediatric Dentistry (AAPD)
developed a policy on dental homes that was first
adopted in 2001 and revised in 2004.[2] The definition
states:
“The dental home is the ongoing relationship between
the dentist and the patient, inclusive of all aspects of oral
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9 Journal of International Society of Preventive and Community Dentistry
Babu and Doddamani: Dental home
January-June 2012, Vol. 2, No. 1
health care delivered in a comprehensive, continuously
accessible, coordinated, and family-centered way.
Establishment of a dental home begins no later than 12
months of age and includes referral to dental specialists
when appropriate.”
Similar to the medical home, the dental home offers the
patients comprehensive, continuous, prevention-based
care that is accessible, family-centered, compassionate,
and culturally competent. Citing strong clinical
evidence that early preventive dental care promotes oral
health, the AAPD declared that “the establishment of a
dental home may follow the medical home model as a
cost-effective and higher quality health care alternative
to emergency care situations”.[2] At the center of the
PCM-DHisatrustingrelationshipbetweenthepatient
and his/her personal provider who leads a team to
address the patient’s needs. Generally, this provider is
a primary care physician; however, for dental care, it
could be a dentist.[3]
Need for establishing the dental home
Dental caries results from an overgrowth of specific
organisms that are part of normally occurring human
dental flora.[6]Streptococcus mutans and Lactobacillus
species are considered to be principal indicator
organisms of aciduric bacteria responsible for caries.
Human dental flora is site specific, and an infant
is not colonized with normal dental flora until the
eruption of the primary dentition at approximately
6 to 30 months of age.[7,8] The vertical colonization
of Streptococcus mutans from mother to infant is well
documented.[9,10] In fact, genotypes of Streptococcus
mutans in infants appear identical to those present
in mothers in approximately 71% of mother-infant
pairs.[11] Furthermore, evidence suggests that specific
organisms exhibit discrete windows of inoculation;
and, the acquisition of Streptococcus mutans occurs at an
average age of approximately 2 years.[12] The significance
of this information becomes focused when considering
2 points. First, high caries rates run in families,[13] and
are passed from mother to child from generation to
generation. The children of mothers with high caries
rates are at a higher risk of decay.[14] Secondly, the
modification of the mother’s dental flora at the time
of the infant’s colonization can significantly impact the
child’s caries rate.[15-17] Therefore, an oral health risk
assessment before 1 year of age affords the opportunity
to identify high-risk patients and to provide timely
referral and intervention for the child, thus allowing
an invaluable opportunity to decrease the level of
cariogenic organisms in the mother with a significant
caries risk before and during colonization of the infant.
Empiric evidence of the value of the dental home
• Children in a dental home are more likely to
receive appropriate preventive and routine oral
health care, thereby reducing the risk of preventable
dental/oral disease.[2]
• Children with special health care needs who had
a personal physician or nurse in the context of a
PCM-DHaresignificantlylesslikelytohaveunmet
dental needs than those without this care.[18]
• Parentsofspecialneedschildrenreportsignificantly
fewer unmet health care and family support service
needsiftheybelongedtoaPCM-DH.[19]
Creating awareness of dental home
In order establish a dental home; it is important to meet
the parents/ prospective parents early. Gynecologists,
pediatricians, family physicians are the people who
come in contact with them much before a dentist. He
must establish communication with them such that
effective and timely referrals are made to dentist. Also,
schools and pre-school day care centers can be informed
about the dental home.
• A notice such as – “Do you know you can benefit
your child’s teeth and oral health by starting
preventive dental care before child-birth?”- can
attract the attention of prospective parents if put
in a gynecologist’s office. Similarly, the following
messages[20] can be displayed in hospitals and
clinics of a pediatricians, gynecologist and all other
pediatric health care professionals:
• Firstvisitby the first birthday.A childshould visit
the dentist within six months of the eruption of
the first tooth or by age one. Early examination and
preventive care will protect your child’s smile now
and in the future.
• Dental problems can begin early. A big concern is
the Early Childhood Caries (also known as baby
bottle tooth decay or nursing caries). Children risk
severe decay from using a bottle during naps or at
night or when they nurse continuously from the
breast.
• Theearlierthedental visit, the betteristhechance
of preventing dental problems. Children with
healthy teeth chew food easily, are better able to
learn to speak clearly, and smile with confidence.
Start children now on a lifetime of good dental
habits.
• Encourage children to drink from a cup as they
approach their first birthday. Children should not
fall asleep with a bottle. At-will, night time breast-
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Journal of International Society of Preventive and Community Dentistry 10January-June 2012, Vol. 2, No. 1
Babu and Doddamani: Dental home
feeding should be avoided after the first primary
teeth begin to erupt. Drinking juice from a bottle
should be avoided. When juice is offered, it should
be in a cup.
• Childrenshouldbeweanedfromthebottleat12-14
months of age.
• Thumb sucking is perfectly normal for infants;
most stop by age of 2 and it should be discouraged
after age 4. Prolonged thumb sucking can create
crowded, crooked teeth or bite problems. Dentists
can suggest ways to address a prolonged thumb
sucking habit.
• Never dip a pacifier into honey or anything sweet
before giving it to a baby.
• Limitthefrequencyofsnacking,whichcanincrease
a child’s risk of developing cavities.
• Parents should ensure that young children use an
appropriate size toothbrush with a small brushing
surface and only a pea-sized amount of fluoride
toothpaste at each brushing. Young children should
always be supervised while brushing and taught
to spit out rather than swallow the toothpaste.
Unless advised to do so by a dentist or other health
professionals, parents should not use fluoride
toothpaste for children less than two years of age.
• Children who drink primarily bottled water may
not be getting the fluoride they need.
• Fromsix months to age 3, children may have sore
gumswhenteeth erupt. Manychildrenlikeaclean
teething ring, cool spoon, or cold wet washcloth.
Some parents prefer a chilled ring; others simply
rub the baby’s gums with a clean finger.
• Parentsandcaregiversneedtotakecareoftheirown
teeth so that cavity-causing bacteria are not as easily
transmitted to children. Don’t clean pacifiers and
eating utensils with your own mouth before giving
them to children. That can also transmit adults’
bacteria to children.
Environmental Factors in Implementing the Dental
Home for All Young Children[21]
Benefits of the dental home are substantial and
intuitive, although not yet substantiated by research,
and include an increasing emphasis on prevention and
disease management, advancements in tailoring care to
meet individual needs, and better health outcomes at
lower costs.
Forces explored are:
• Theadventof“socialmedicine”
• Expandingknowledge ofearlychildhood cariesrisk
and disease management
• Trendsinoralhealthanddentalcare disparitiesand
the forces that propel them
• Perceived needs for dental services and other
barriers to dental home utilization
• Dentistryasanindependenthealthprofession
• Dental system capacity for all children, including
those with special needs.
Advent of “social medicine” in pediatric healthcare
The social medicine approach to pediatric health
supervision clarifies that opportunities for children
to obtain and maintain oral health are established
by factors beyond the mouth and beyond the dental
chair. This has direct implications for oral health
supervision in the dental home as reported by Nowak
and Casamassimo who call for a dental home (1) that “is
characterized by [its] community;” (2) that recognizes
that “newer models of caries initiation…extend into
the family and community;” and (3) that a community-
based dental home “should be able to provide focused
prevention better than a haphazard or one-size-fits-all
approach.”
Expanding knowledge of early childhood caries risk
and management
As the science of caries risk identification, primary
prevention, and disease management continues to
develop, the dental home will be ideally situated to
develop and implement science-based/evidence-based
medical approaches to caries prevention and control.
There is strong potential for expanded roles for dental
hygienists as well as nutritionists, health educators, and
social workers in becoming effective disease managers.
Oral health and dental care disparities and their
drivers
The medical home concept, first built around “children
with special healthcare needs (CSHCN), emphasizes
the complexity of care required by these children and
the need for specialty-level care providers. Similarly, the
dental home concept will be particularly germane and
beneficial to these children and their families and will
require the disproportionate engagement of dentists
who specialize in pediatric dentistry as they have
additional expertise in managing care for CSHCN. The
dental home will need to be particularly accommodating
and sensitive to opportunities and constraints for oral
health among the disproportionately growing numbers
of young children who live in poverty and single parent
households. The sheer numbers of such children will
test the capacity of dental systems to accommodate
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11 Journal of International Society of Preventive and Community Dentistry
Babu and Doddamani: Dental home
January-June 2012, Vol. 2, No. 1
them in traditional dental offices.Children who
currently do not have a dental home are primarily those
who are from poor and low-income families and are
racial/ethnic minorities. These children will benefit
most from early and ongoing care in a dental home.
Perceived needs for dental services and other
barriers to dental home utilization
The dental home concept calls for outreach to children
at greatest risk of disease and continuing active
professional involvement in solving barriers to both oral
health attainment and to dental care.
Dentistry as an independent health profession
This separation of the health professions helps explain
why a child may require more than one “home.”
Dental and medical system adoption and capacity to
accommodate all children in dental homes
Because the total numbers of dentists are inadequate
to provide a dental home for the total numbers of
children, priority should be given to children at greatest
risk for dental disease, including those with earliest
signs of ECC, children from high-risk subpopulations,
and children with special healthcare needs.
Challenges to implementing the dental home
First, we simply do not have enough trained clinicians
to staff this model of care. Retooling practices and re-
educating clinicians to deliver team-based care will
require substantial short- and long-term financial
resources. Coordination of care underpinning the
PCM-DH requires productive use of information
technology.Current provider training programs do
not educate young physicians and dentists in the
fundamental precepts of the PCM-DH. They need
to learn how to deliver team-based care, use health
information technology to improve care, and adopt
evidence-based principles in practice. Continuous
quality improvement methodologies must also become
part of the curriculum.
Changes needed in medical and dental education
To institute the PCM-DH in our country, a
transformation must occur in which physicians and
dentists who practice independently with minimal staff
support or use of information technology will need to
learn to adopt the Chronic Care Model. Medical and
dental training programs need to develop innovative
training models that reflect evolving models of health
care delivery, such as the PCM-DH. As noted by the
Council on Graduate Medical Education, training
programs must emphasize health care systems, health
of populations, patient-and family-centered care,
continuous care, prevention, and wellness, as well as
the use of point-of service, evidence-based clinical
information.[22,23]
CONCLUSIONS
The dental home, like the medical home, holds strong
promise to improve the overall care of all children.
The dental home, like the medical home, will
particularly benefit children in whom therisk for
oral disease is exacerbated by social and/or medical
vulnerabilities.
Implementation of the dental home concept will benefit
from growing understanding of social medicine and
scientific approaches to clinical caries prevention and
control.
Effective dental home implementation will require
close attention to epidemiologic, health services, and
demographic trends in order to target those at the
greatest risk for the disease.
Oral health promotion from an early age in a dental
home will require extensive improvements in public
awareness and professional engagement and systems-
level improvements in care coordination between
medicine and dentistry.
Current dental system capacity cannot support
wholesale implementation of the dental home unless
the dental home’s functions are shared by other
agencies that interact with children where they live,
learn, and play.
The dental home concept extends to older children as
well as infants and toddlers, but holds greatest promise
for impact if focused on the youngest children.
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How to cite this article: Girish Babu KL, Doddamani GM. Dental
home: Patient centered dentistry. J Int Soc Prevent Communit Dent
2012;2:8-12.
Source of Support: Nil, Conict of Interest: None declared.
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... The most recent studies confirm the efficiency of regular dental home visits in the prevention of early childhood caries (6). This approach is reported to be conducive in the attitude to oral health since the child receives appropriate preventive and routine oral health care, thereby reducing the risk of preventable dental diseases (7). Several studies recommend an early dental visit, ideally before the child reaches the age of 12 months (8,9). ...
... The dental home is defined as a sustained interaction of dentist and patient covering all aspects of oral healthcare and providing continuous, comprehensive, accessible, coordinated, and family-oriented care (11,15). The dental home is not a new concept in the world literature and practice, and it holds а strong promise that it will improve the oral health of children (7). Our survey has found out that over 75% of dentists in Bulgaria are not aware of the policy of the Dental Home. ...
... To ensure optimal oral health, experts suggest establishing a PCDH early on, ideally by the age of one, as per the AAPD guidelines [9,11]. As we propel forward into the realm of caries risk detection and preventative measures, the dental home can be the prime destination to forge and execute scientific and evidence-based strategies for efficient disease management [12]. ...
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Tooth decay, if left untreated even in the earliest stages of life, can have serious implications for a child’s long-term health and well-being. Early preventive care is a sound health and economic investment. Dental assessments and evaluations for children during their first year of life have been recommended by the American Academy of Pediatric Dentistry (AAPD) and the American Association of Pediatrics (ADA). Establishment of dental home and use of anticipatory guidance is one of the concepts in comprehensive oral health care. AAPD and ADA support the concept of a “dental home,” which is the ongoing relationship between the dentist and the patient. Establishing a dental home means that a child’s oral health care is managed in a comprehensive, continuously accessible, coordinated, and family-centered way by a licensed dentist. The dental professional’s ability to provide optimal oral health care, beginning from when the child is 1-year-old, dental visit leading to preventive care and treatment as part of an overall oral health care foundation for life, is enhanced by dental home. The establishment of the dental home also assures appropriate referral to dental specialists when availability of direct care is not possible within the dental home.
... Dental homeconcept was derived from the concept of medical home that was proposed by American Academy of Pediatrics in 1992 7 . The aim of medical home was that the best care may be offered to a child when the child in focus and his / her family has a good relationship with the doctor and adopt good behaviour in hospital 8 . ADA and AAPD recommended that a child should see a dentist and establish a dental home by one year or when the first tooth erupts. ...
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An infant is a very young offspring of humans. In Latin words infants,meaning “unable to speak”. It is mostly occur in children between ages of 1 month and 1 year. The AAPD proposes recommendations for preventive strategies, oral health risk assessment, anticipatory guidance, and therapeutic interventions to be followed by dental, medical, nursing, and allied health professional programs.Cavitated lesions in primary teeth can affect children’s growth result in significant pain and potentially lifethreatening infection and diminishes overall quality of life. This article lights on the concept of early dental examination, dental home, oral health risk assessment, anticipatory guidance
... These benefits could justify a tool having moderate PPV [53] particularly if there is potential flow-on health benefits such as improved glycaemic control [54] and quality of life [60] through preventive and timely dental examinations. Having a "dental home" is an important element of health care for people with diabetes, as the oral health professional is able to make a more specific risk assessment from the dental examination to help tailor preventive care and inform the timing of review examinations for the patient [61]. ...
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Abstract Background People with poorly managed diabetes are at greater risk of periodontal disease. Periodontal disease that is not effectively managed can affect glycaemic levels. Diabetes care providers, including general practitioners and diabetes educators, are encouraged to promote oral health of their clients. However, valid and reliable oral health screening tools that assess the risk of poor oral health, that are easy to administer among non-dental professionals, currently do not exist. Existing screening tools are difficult to incorporate into routine diabetes consultations due to their length. Thus, this study aimed to develop and pilot a short oral health screening tool that would identify risk of existing oral diseases and encourage appropriate referrals to the dental service. Methods A three-item screening tool was developed after a comprehensive review of the literature and consensus from an expert panel. The tool was then piloted as part of a larger cross-sectional survey of 260 adults with diabetes who were accessing public diabetes clinics at two locations in Sydney, Australia. As part of the survey, participants completed the three-item screening tool and a 14-item validated tool, the Oral Health Impact Profile (OHIP-14), which has been used previously in the preliminary validation of screening tools. Sensitivity and specificity analyses were then undertaken comparing the results of the two tools. Results A statistically significant correlation was found between the shorter screening tool and the OHIP-14 (rho = 0.453, p
... In today's scenario, this is the major hurdle in establishing a dental home where children are vulnerable for corona virus infections. [4] • Finding dentists willing to serve families • Some dentists are reluctant to see young children • Paying for needed dental services • Identifying resources for children who lack coverage • Cost of care • Overcoming transportation and other barriers • Arranging for transportation ...
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The Dental Home is a concept that comes from the American Academy of Pediatrics’ “medical home.” A “medical home” is a pediatrician’s practice where a child has a relationship with that care provider. It is well-established that children that have a medical home are healthier, have fewer hospitalizations and emergency room visits. They also have better managed chronic illnesses. This is because of the “patient centered / family centered” approach of the medical home where doctors are accountable to developing sustained partnerships with patients and families to address a majority of their healthcare needs. Similar to the medical home, the dental home offers the patients comprehensive, continuous, prevention-based care that is accessible, family-centered, compassionate, and culturally competent. Citing strong clinical evidence that early preventive dental care promotes oral health, the AAPD declared that “the establishment of a dental home may follow the medical home model as a cost-effective and higher quality health care alternative to emergency care situations”
... These benefits could justify a tool having moderate PPV [53] particularly if there is potential flow-on health benefits such as improved glycaemic control [54] and quality of life [60] through preventive and timely dental examinations. Having a "dental home" is an important element of health care for people with diabetes, as the oral health professional is able to make a more specific risk assessment from the dental examination to help tailor preventive care and inform the timing of review examinations for the patient [61]. ...
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Background People with poorly managed diabetes are at greater risk of periodontal disease. Periodontal disease that is not effectively managed can affect glycaemic levels. Diabetes care providers, including general practitioners and diabetes educators, are encouraged to promote oral health of their clients. However, valid and reliable oral health screening tools that assess the risk of poor oral health, that are easy to administer among non-dental professionals, currently do not exist. Existing screening tools are difficult to incorporate into routine diabetes consultations due to their length. Thus, this study aimed to develop and pilot a short oral health screening tool that would identify risk of existing oral diseases and encourage appropriate referrals to the dental service. Methods A three-item screening tool was developed after a comprehensive review of the literature and consensus from an expert panel. The tool was then piloted as part of a larger cross-sectional survey of 260 adults with diabetes who were accessing public diabetes clinics at two locations in Sydney, Australia. As part of the survey, participants completed the three-item screening tool and a 14-item validated tool, the Oral Health Impact Profile (OHIP-14), which has been used previously in the preliminary validation of screening tools. Sensitivity and specificity analyses were then undertaken comparing the results of the two tools. Results A statistically significant correlation was found between the shorter screening tool and the OHIP-14 (rho=0.453, p<0.001), indicating adequate validity. The three-item tool had high sensitivity (90.5%, 95% CI 84.9%, 94.7%), with a specificity of 46.3% (95% CI 37.7%, 55.2%). The negative predictive value was 81.4 % (95% CI 71.3, 89.3). No single item performed as well regarding sensitivity and negative predictive value when compared to the three items collectively. Conclusions The three-item screening tool developed was found to be valid and sensitive in identifying risk of poor oral health, requiring oral health referrals, among people with diabetes in this pilot. This is a simple, accessible tool that diabetes care providers could incorporate into their routine consultations. Further validation against comprehensive dental assessments is needed to reassess the tool’s specificity and sensitivity in diverse settings.
... Benefits of establishment of Dental Home are substantial and intuitive which includes an increasing emphasis on prevention and disease management, advancements in tailoring care to meet individual needs, and providing better health outcomes at lower costs. 6 The oral health promotion should be integrated into the existing preventive programs which have been implemented by other healthcare professionals. These can prove imperative in guiding and developing positive dental attitudes. ...
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Aim and objective: The aim and objective of the study was to assess the knowledge, attitude, and practices about dental home among healthcare professionals of Belagavi city. Materials and methods: A sample of 400 participants was divided into four groups (Ayurveda, Homeopathy, Nursing, and Medical) based on their healthcare specialty. A 20 item validated questionnaire containing four domains was distributed among the participants. The data was statistically analyzed. Results: Descriptive analysis was used followed by Chi-square for association and one-way ANOVA for comparison followed by Karl Pearson correlation coefficient for determining the correlation between knowledge, attitude, and practices of healthcare professionals. The results of the study showed that the knowledge and practices were statistically not significant among all healthcare professionals (p > 0.05). However, the results were found to be statistically highly significant when correlation was done between knowledge, attitude, and practices (p < 0.0001). Conclusion: The study concludes that there is a need to increase the level of knowledge, attitude, and practices among healthcare professionals about the concept of dental home. Clinical significance: The clinical significance of our study is the implementation of the dental home concept in India, which can prove to be a source of coordinated care that emphasizes overall patient health and aids in rendering quality treatment. Through this initiative oral health can be incorporated as a primary healthcare entity. This can also provide an opportunity for dental professionals to take the lead in applying successful strategies to improve the provision of dental care. Moreover, treatment needs if taken care at the preliminary stages itself, can reduce a major oral healthcare burden from extensive debilitating oral pathologies in the pediatric population. How to cite this article: Saxena N, Hugar SM, Patil V, et al. Assessment of Knowledge, Attitude, and Practices about Dental Home among Healthcare Professionals of Belagavi City: A Cross-sectional Study. Int J Clin Pediatr Dent 2022;15(2):164-167.
... The associations with sub-optimal child oral health-related behaviors and practices, such as infrequent brushing, lack of a dental home, and frequent consumption of sugar-containing snacks and beverages are demonstrative of the important role these, arguably modifiable, behavioral risk factors play in the development of ECC at the person-level (40). Emphasis is currently placed by multiple stakeholders on all children establishing a dental home in the first 12 months of life (41). Introduction of a dental home is believed to provide better health care outcomes for children, especially those at higher risk of developing ECC. ...
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Background: Parents'/guardians' perceptions of their children's oral health are useful proxies of their clinically determined caries status and are known to influence dental care-seeking behavior. In this study, we sought to examine (1) the social and behavioral correlates of fair/poor child oral health reported by guardians and (2) quantify the association of these reports with the prevalence of early childhood caries (ECC), unrestored caries lesions and toothaches. Methods: We used guardian-reported child oral health information (dichotomized as fair/poor vs. excellent/very good/good) obtained via a parent questionnaire that was completed for n = 7,965 participants (mean age = 52 months; range = 36-71 months) of a community-based, cross-sectional epidemiologic study of early childhood oral health in North Carolina between 2016 and 2019. Social, demographic, oral health-related behavioral data, and reports on children's history of toothaches (excluding teething) were collected in the same questionnaire. Unrestored ECC (i.e., caries lesions) was measured via clinical examinations in a subset of n = 6,328 children and was defined as the presence of one or more tooth surfaces with an ICDAS ≥ 3 caries lesion. Analyses relied on descriptive and bivariate methods, and multivariate modeling with average marginal effect (A.M.E.) estimation accounting for the clustered nature of the data. Estimates of association [prevalence ratios (PR) and adjusted marginal effects (AME) with 95% confidence intervals (CI)] were obtained via multilevel generalized linear models using Stata's svy function and accounting for the clustered nature of the data. Results: The prevalence of fair/poor oral health in this sample was 15%–it increased monotonically with children's age, was inversely associated with parents' educational attainment, and was higher among Hispanics (21%) and African Americans (15%) compared to non-Hispanic whites (11%). Brushing less than twice a day, not having a dental home, and frequently consuming sugar-containing snacks and beverages were significantly associated with worse reports ( P < 0.0005). Children with fair/poor reported oral health were twice as likely to have unrestored caries lesions [prevalence ratio (PR) = 2.0; 95% confidence interval (CI) = 1.8-2.1] and 3.5 times as likely to have experienced toothaches [PR = 3.5; 95% CI = 3.1-3.9] compared to those with better reported oral health. Conclusions: Guardian reports of their children's oral health are valuable indicators of clinical and public health-important child oral health status. Those with fair/poor guardian-reported child oral health have distinguishing characteristics spanning socio-demographics, oral-health related practices, diet, and presence of a dental home.
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Previous cross-sectional studies using bacteriocin profiles, serotyping, or genotyping suggest that mothers are the principle source of mutans streptococci (MS) to their infants. This study determined the commonality of MS genotypes between mothers and their infants at the time of initial acquisition. Oral bacteria of mothers and their infants were monitored from birth for approximately 3 years at three-month intervals. Genotypes of MS in infants appeared identical to those present in mothers in approximately 71% of 34 mother-infant pairs studied. Interestingly, female infants acquired MS genotypes identical to their mothers' with significantly greater fidelity than male infants (88% vs. 53%). Homology of genotypes between mothers and their infants at initial acquisition strongly suggests that MS strains were transmitted from mother to infant and that this transfer exhibited gender specificity. In no instance did we observe homology of genotypes between fathers and infants or fathers and mothers, further supporting the notion that acquisition of MS in humans follows maternal lines. Although the prevalence of dental caries was low in this young child population (11/34; 32%), we observed that male children who harbored the same genotype as their mothers had a 13 times greater likelihood of having caries than female children who acquired their mothers' strain; this difference was statistically significant (p < 0.01). Although we do not know the biological mechanisms governing fidelity of acquisition between a mother and her infant, our data suggest that caries outcome may be, in part, determined by both the source of MS and the presence of a specific genotype of MS.(ABSTRACT TRUNCATED AT 250 WORDS)
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Oral bacterial levels of 46 mother-child pairs were monitored from infant birth up to five years of age so that the acquisition of mutans streptococci (MS) by children could be studied. The initial acquisition of MS occurred in 38 children at the median age of 26 months during a discrete period we designated as the "window of infectivity". MS remained undetected in eight children (17%) until the end of the study period (median age of 56 mo). The levels of both MS and lactobacilli in saliva of mothers of children with and without MS were not significantly different. Comparisons between a caries-active cohort colonized by MS (nine of 38) and children without detectable MS revealed similar histories in terms of antibiotic usage, gestational age, and birth weight. Interestingly, half of the children between the ages of one and two years who were not colonized by MS were attended by caretakers other than the mother, while all of the caries-active children during this same time period were cared for by their mothers; the difference was statistically significant. Here we report for the first time that MS is acquired by infants during a defined period in the ontogeny of a child. Support for the notion of a discrete window of infectivity comes from other sources, including animal models.
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While the dental home concept is clearly articulated by organized dentistry and accepted as policy, its widespread adoption and implementation will require consideration of environmental factors that include: (1) the advent of social medicine, (2) expanding knowledge of caries risk and its management; (3) trends in oral health disparities and the demography that drives those disparities; (4) parents' perceived needs for, and barriers to, dental care; (5) dentistry's relationship to medicine as a profession; and (6) dental services capacity. Issues of cost and effectiveness will impact implementation decisions regarding how the most vulnerable children will benefit and how the medical and dental homes will coordinate.
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Certain forms of dental decay and periodontal disease appear to be due to specific bacterial infections following overgrowth of certain indigenous plaque bacteria, i.e., the specific plaque hypothesis, If so, then antimicrobial treatment based on a diagnosis of elevated levels or proportions of these organisms should be considered. Such treatment cannot be administered according to concepts of the non-specific plaque hypothesis. A treatment philosophy is presented which is based upon considerations long established in medical infections following overgrowth of certain indigenous plaque bacteria, i.e., the specific plaque hypomicrobial to the site of the infection for periods long enough to suppress or destroy the pathogenic agent. Examples of this treatment philosophy are given.
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The colonization of Strep. mutans in infants was studied using a selective medium. The organism was not detected in 91 normal predentate infants, but was detected in two out of ten predentate cleft palate infants with acrylic obturators. In infants with only erupted primary incisors, the organism was detected in plaque samples from 9 of 40 subjects. Serological characterization of 66 Strep. mutans isolates from nine mother-child pairs revealed the c serotype to be the most common. In addition one b, two d, and one E serotype were isolated from the mothers. All isolates from infants were of the c serotype. Subsequent samples were obtained in the case where the b serotype was detected. Strains of this serotype were isolated from both mother and infant.
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The production of bacteriocins by 314 Streptococcus mutans isolates from 20 mother-infant pairs was studied to test the likelihood of maternal transmission of this species. The patterns of inhibition were sufficiently different to allow differentiation of the 314 isolates into 41 bacteriocin types. The bacteriocin codes of isolates within one pair did not correspond to the codes of strains isolated from any other pair. The number of infant strains (per infant isolates) matching maternal strains within each mother-infant pair were 10/10, 10/10, 10/10, 12/12, 2/3, 10/10, 10/10, 10/10, 3/3, 5/10, 8/8, 3/3, 8/8, 3/3, 7/7, 4/4, 3/3, 8/8, 3/3 and 4/4 for pairs 1-20, respectively. Statistical analysis, utilizing a randomization test, generated a p value less than 0.0001, which is 12 standard errors above the level expected if the pairings were random.
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To identify the source of infection with the potentially cariogenic Streptococcus mutans, unstimulated saliva and two approximal plaque samples were examined from each member of 10 families, five of which were re-sampled 6 months later. Each morphological type of Strep. mutans appearing on SB-20 medium was identified by a biochemical micromethod and by bacteriocin typing. Ninety-three per cent of the 46 subjects harboured Strep. mutans and multiple types were detected in 78 per cent of adults and 46 per cent of infected children. Each mouth yielded c/e/f biotypes and 46 per cent also carried d/g types. Generally, saliva types were the same as those in plaque and the second sampling confirmed the first. Most fathers did not share strains with others in the family but all the infected children shared at least one common strain with the mother. The mother as the major source of Strep. mutans infection in young children was confirmed.
Article
Seventy-seven first-time mothers were selected on the basis of high salivary counts of Strep. mutans [greater than 10(6) c.f.u. (colony forming units) per ml saliva]; 40 mothers were in the control group and 37 in the test group. Their infants were 3-8 months of age at the start of the study. A prophylactic programme for the test mothers, aiming at a reduction of Strep. mutans, was repeated at intervals of 2-4 months as and when necessary until their children were 3 years old. The test mothers as a group showed approx. 10-fold fewer Strep. mutans during the test period. At the age of 3 years, 70 per cent of the children in the control group carried Strep. mutans, compared with 41 per cent in the test group (p less than 0.01). Fifty-two per cent of the children who carried Strep. mutans had caries at this age, compared to 3 per cent of the children without this organism. The time when Strep. mutans was first detected in the children seemed to influence subsequent development of caries because 77 per cent of the children who carried Strep. mutans at the age of 15 months had caries at the age of 3 years. Approximately 40 per cent of the children in both the control and the test group had detectable lactobacilli in their saliva at 3 years. In general, the children in the control group had more lactobacilli.(ABSTRACT TRUNCATED AT 250 WORDS)