Index Of Teeth 2007 [best] -

Introduction

The Index of Teeth, also known as the Teeth Index or Dental Index, is a numerical scale used to assess and record the presence, absence, and condition of teeth in an individual's mouth. The index is widely used in dental research, epidemiology, and clinical practice to evaluate oral health status, treatment needs, and treatment outcomes. This report provides an overview of the Index of Teeth, with a focus on the 2007 classification system.

Background

The Index of Teeth was first introduced in the 1950s as a simple and standardized method for recording tooth status. Over the years, the index has undergone several revisions to improve its accuracy, reliability, and applicability. The 2007 classification system is a widely accepted and updated version of the index, which provides a comprehensive assessment of tooth status.

Index of Teeth 2007 Classification System

The Index of Teeth 2007 classification system categorizes teeth into six codes, which reflect the presence, absence, and condition of each tooth:

1. Sound tooth (Code 0): A tooth that is present and has no evidence of caries, restorations, or other defects.
2. Filled tooth (Code 1): A tooth that is present and has a restoration (filling) but no evidence of caries.
3. Tooth with caries (Code 2): A tooth that is present and has caries (decay) but no restoration.
4. Filled tooth with caries (Code 3): A tooth that is present and has a restoration and caries.
5. Missing tooth due to caries (Code 4): A tooth that is absent due to caries.
6. Missing tooth due to other reasons (Code 5): A tooth that is absent due to reasons other than caries (e.g., trauma, periodontal disease).

Calculation of Index Scores

The Index of Teeth score is calculated by summing the codes for each tooth present in the mouth. The scores can range from 0 (no teeth present) to 56 (all 28 teeth present and sound). The index score can be used to assess oral health status, treatment needs, and treatment outcomes.

Applications of the Index of Teeth

The Index of Teeth has several applications in dental research, epidemiology, and clinical practice:

1. Oral health surveys: The index is used to assess oral health status and treatment needs in populations.
2. Clinical trials: The index is used to evaluate treatment outcomes and compare the effectiveness of different treatments.
3. Dental epidemiology: The index is used to study the prevalence and distribution of dental caries and other oral health conditions.
4. Dental education: The index is used to teach dental students and practitioners about oral health assessment and treatment planning.

Conclusion

The Index of Teeth 2007 is a widely used and accepted classification system for assessing tooth status. The index provides a simple and standardized method for recording the presence, absence, and condition of teeth, which is essential for evaluating oral health status, treatment needs, and treatment outcomes. The index has several applications in dental research, epidemiology, and clinical practice, and its use continues to be an essential tool in the field of dentistry.

Recommendations

Based on the Index of Teeth 2007, the following recommendations can be made:

1. Regular oral health assessments: Regular oral health assessments using the Index of Teeth should be conducted to monitor oral health status and treatment needs.
2. Standardized recording: Standardized recording of tooth status using the Index of Teeth should be adopted in clinical practice and research studies.
3. Training and education: Dental practitioners and researchers should receive training and education on the use of the Index of Teeth.

Limitations

The Index of Teeth 2007 has some limitations:

1. Simplistic: The index is a simplistic measure of tooth status and does not account for other oral health conditions.
2. Limited scope: The index only assesses tooth status and does not evaluate other aspects of oral health.

Future Directions

Future studies should focus on:

1. Validating the Index of Teeth: Validating the Index of Teeth against other oral health measures.
2. Developing new indices: Developing new indices that account for other oral health conditions and more comprehensive assessments of oral health.

Based on your request, it is almost certain that you are looking for a guide on the International Statistical Classification of Diseases and Related Health Problems, 10th Revision, Australian Modification (ICD-10-AM), specifically the Seventh Edition (2007).

In the medical and dental coding world, "Index of Teeth 2007" usually refers to the specific coding standards used for dental conditions (Chapter XI: Diseases of the digestive system) and dental procedures (Australian Classification of Health Interventions - ACHI) published in that year. The Seventh Edition was implemented in Australian hospitals from July 1, 2007.

Here is a detailed guide covering the classification, coding rules, and indexing of teeth relevant to the 2007 standards. index of teeth 2007

1. The Classification Structure

In ICD-10-AM (7th Edition), dental conditions are located in Chapter XI: Diseases of the digestive system, specifically the block K00–K14: Diseases of oral cavity, salivary glands and jaws.

Index of Teeth (2007) — Monograph

Overview

• The "index of teeth" denotes quantitative measures used to summarize dental status in populations or individuals; in a 2007 context this mostly refers to commonly used epidemiological indices and classification systems current at that time (and widely in use thereafter).
• Purpose: enable comparison across studies/populations, track disease burden (caries, periodontal disease, tooth loss), inform public health planning, and measure treatment needs.

Major indices and measures (2007-era)

1. DMFT / dmft (Decayed, Missing, Filled Teeth)

• Definition: Sum of decayed (D/d), missing (M/m) due to caries, and filled (F/f) permanent (uppercase) or primary (lowercase) teeth.
• Range: 0 to number of teeth (permanent usually 28 or 32 depending on third molars inclusion).
• Use: standard global measure of dental caries prevalence and severity.
• Example (adult with 2 decayed, 1 tooth missing from caries, 3 restorations): DMFT = 2 + 1 + 3 = 6.

2. DMFS / dmfs (Decayed, Missing, Filled Surfaces)

• Definition: Same components as DMFT but counted by tooth surfaces (more sensitive).
• Use: finer-grained caries measurement in epidemiology and trials.
• Example: A molar with two restored surfaces contributes 2 to DMFS.

3. Significant Caries Index (SiC)

• Definition: Mean DMFT of the one-third of the population with the highest DMFT.
• Purpose: highlight high-risk subgroup within population averages.
• Use: policy focus for targeted interventions.

4. Care Index / Restorative Index

• Care Index = (Filled teeth / DMFT) × 100%
• Restorative Index often defined similarly or as (Filled / (Filled + Decayed)) ×100.
• Purpose: indicate treatment provision relative to disease burden.
• Example: DMFT = 8, Filled = 2 → Care Index = (2/8)*100 = 25%.

5. PUFA / pufa (Pulpal involvement, Ulceration, Fistula, Abscess)

• Definition: Clinical consequences of untreated caries recorded per tooth.
• Use: highlight severe untreated decay often omitted from DMFT.
• Example: tooth with pulpal exposure and fistula contributes counts to P and F.

6. CPI / CPITN (Community Periodontal Index / Community Periodontal Index of Treatment Needs) — WHO probe-based

• Definition: Gingival bleeding, calculus, shallow/deep pockets scored per sextant using a special probe; commonly used cutoff codes 0–4.
• Use: population periodontal screening and treatment need estimation.
• Limitations (circa 2007): partial-mouth recording and sextant approach can underestimate disease.

7. Periodontal Attachment Loss (CAL) indices

• Definition: Clinical attachment level measurements at multiple sites per tooth to quantify cumulative periodontal destruction.
• Use: gold-standard for epidemiologic severity; often reported as mean CAL or proportion exceeding thresholds (e.g., ≥3 mm, ≥5 mm).
• Example: reporting percent of population with ≥1 site CAL ≥5 mm.

8. Gingival Index (GI), Plaque Index (PI), Silness-Löe, Turesky Modified Quigley Hein

• Definition: Ordinal indices for gingival inflammation and plaque accumulation assessed at tooth surfaces.
• Use: clinical trials, short-term studies, hygiene intervention assessment.

9. Tooth Loss Measures

• Edentulism prevalence (complete), mean number of missing teeth per person, functional dentition indicators (e.g., having ≥20 natural teeth).
• Use: measure of cumulative lifetime oral disease and access to care.

10. Prosthetic Indices

• Need for prosthetic replacement classified by tooth/arch; indexes classifying prosthetic status and unmet prosthetic need.

11. Caries Risk/Activity Indices (clinical)

• Examples: Cariogram (probabilistic risk profile), Salivary tests, bacterial counts (mutans streptococci, lactobacilli) used adjunctively in 2007 for individual risk assessment.

12. Aesthetic / Occlusal Indices

• Index of Orthodontic Treatment Need (IOTN), Dental Aesthetic Index (DAI) — measure malocclusion severity and priority for orthodontic care.

Methodological considerations (2007)

• Full-mouth vs partial-mouth recording: Partial-mouth (e.g., index teeth) reduces examination time but risks under- or over-estimation; full-mouth recommended where feasible.
• Examiner calibration and inter-/intra-examiner reliability essential for valid comparisons.
• Case definitions: caries thresholds (visual, cavitated lesions only vs non-cavitated inclusion) affect DMFT comparability. In 2007, many surveys still used cavitated-lesion-based DMFT; newer epidemiology was moving toward ICDAS system for more sensitive detection.
• Age-standardization: commonly report indices by age groups (e.g., 5, 12, 15, 35–44, 65–74 years) for comparability with WHO targets.
• Socioeconomic and behavioral covariates: indices commonly stratified by SES, access to fluoridated water, oral hygiene, and diet.

Evolution and alternatives around 2007

• ICDAS (International Caries Detection and Assessment System) gaining traction for caries staging beyond DMFT, enabling detection of non-cavitated lesions; promotes surface-level codes 0–6.
• Move toward combining clinical indices with patient-centered outcomes (oral-health-related quality of life) and functional measures.
• Increased use of SiC to address skewed caries distributions.

Worked examples

• National survey snapshot (hypothetical, adult 35–44 years, n=1000):

  • Mean DMFT = 12.3; Decayed mean = 1.2; Missing mean = 7.5; Filled mean = 3.6. Care Index = (3.6/12.3)*100 = 29.3%. Edentulism prevalence = 2.1%. Proportion with at least one site CAL ≥5 mm = 18%.

• Clinical trial outcome (6-month fluoride varnish trial in children):

  • Baseline mean dmfs = 8.0; 6-month mean dmfs (treatment) = 6.5; (control) = 7.9. Report both change scores and percent reduction in active lesions; complement with PUFA counts for severe outcomes.

Recommendations for reporting (best practice circa 2007)

• Specify case definitions (what counts as decay, cavitation thresholds).
• Use full-mouth recording when possible; if partial, state index teeth and justify.
• Report DMFT and DMFS when feasible, plus SiC for skewed distributions.
• Include PUFA to capture severe untreated disease.
• Report periodontal outcomes with clear thresholds (e.g., percent with CAL ≥3 mm) and specify probe and measurement sites.
• Include examiner calibration statistics (kappa or intra-class correlation).
• Stratify by standard age groups and key sociodemographic variables.
• Where possible, supplement indices with patient-centered outcomes (OHIP or other OHRQoL measures).

Limitations of indices (concise)

• DMFT/dmft undercount early non-cavitated lesions and disease activity.
• CPI/CPITN may under- or overestimate population periodontal needs due to partial recording and sextant rules.
• Indices are descriptive; do not capture cause, rate of progression, or treatment appropriateness.
• Cross-study comparisons require harmonized methods.

Concluding notes

• In 2007 the DMFT family remained the dominant dental “index of teeth” for caries epidemiology, supplemented increasingly by ICDAS for more sensitive caries detection and PUFA for severe consequences; periodontal assessment relied on CPI and site-specific CAL reporting.
• Good practice emphasizes transparent methods, examiner calibration, and combining indices to reflect both disease burden and treatment needs.

If you want, I can:

• produce a one-page printable summary table comparing the indices, or
• convert the recommendations into a checklist for designing a 2007-style dental survey. Which would you like?

While there isn't a single official document titled "Index of Teeth 2007," that year was a landmark for teeth in pop culture and dental science. Most likely, you're looking for information related to the 2007 cult horror film

or the clinical DMFT Index often used in 2007 global health reports. 1. The Film: (2007)

This indie horror-comedy became a cultural phenomenon after its premiere at the Sundance Film Festival in 2007.

Plot: The story follows Dawn, a teenage girl who discovers she has vagina dentata—a mythical condition where she has teeth where they shouldn't be—and uses them to defend herself.

Significance: It’s celebrated for its feminist take on horror tropes and won Jess Weixler a Special Jury Prize at Sundance. 2. The Clinical Metric: DMFT Index

If you are researching dental health from that era, you are likely encountering the DMFT Index (Decayed, Missing, Filled Teeth).

How it Works: It's a numerical scale used to measure the "incidence, prevalence, and severity" of dental disease in a population.

Calculations: It sums the number of permanent teeth affected by caries: D: Decayed (untreated cavities) M: Missing (lost due to decay) F: Filled (treated teeth) Introduction The Index of Teeth, also known as

2007 Context: Many international oral health studies published around 2007 used this index to track "silent epidemics" of oral disease. 3. Notable 2007 Dental Milestones Short Film: A different short film titled

was also released in 2007, focusing on a dark comedic tale about two old friends on a fishing trip.

Pediatric Studies: Significant research in 2007 explored pulp revascularization, a method to treat infected young permanent teeth without standard root canals.

Which "Teeth" are you tracking? If you provide more context—like if it's for a film review or a medical research paper—I can give you a more specific guide. DMF Index - an overview | ScienceDirect Topics

The request for a paper on the " index of teeth 2007 most likely refers to the PUFA index , which was developed in

to address the limitations of the classic DMFT (Decayed, Missing, and Filled Teeth) index

. While DMFT measures the history of caries, the PUFA index specifically records the clinical consequences of

dental decay, such as pulp involvement, ulceration, fistula, and abscess.

Below is a draft outline and introductory content for a research paper on this topic.

Paper Title: Evaluating the PUFA Index (2007) in the Assessment of Untreated Dental Caries Since its introduction in 2007, the PUFA index

(Pulp involvement, Ulceration, Fistula, Abscess) has become a vital tool for epidemiologists to quantify the severity of untreated dental disease. Unlike traditional measures like

, which provide a historical view of decay and treatment, PUFA focuses on current infectious consequences. This paper reviews the index’s application in public health, its correlation with socio-economic factors, and its role in informing global oral health policies following the 2007 World Health Assembly mandates. 1. Introduction The 2007 Shift

: In 2007, the World Health Assembly highlighted the growing global burden of oral disease. This created a need for data collection systems that could capture the real-world impact of dental neglect. Defining PUFA

: Developed by Monse et al., the index specifically identifies four conditions: : Carious lesion reaching the pulp chamber. U (Ulceration)

: Sharp edges of a dislocated tooth causing soft tissue trauma. F (Fistula) : Pus-releasing opening. A (Abscess) : Swelling containing pus. 2. Methodology of the Index Calculation

: Similar to the DMFT index, PUFA is calculated per tooth or per person. Clinical Application

: Reviewers utilize visual and tactile methods to identify lesions, often in school-based epidemiological studies. 3. Comparative Analysis: PUFA vs. DMFT DMFT Limitations

: Often criticized for giving equal weight to a small filling and a severe infection. PUFA’s Advantage

: Provides a clearer picture of pain and infection risk, which is more relevant for prioritizing emergency care in underserved populations. 4. Results and Global Impact 2007 Trends : Studies such as the 2007 Child Dental Health Survey in Australia

showcased the importance of tracking untreated decay trends over decades. Socio-economic Indicators Sound tooth (Code 0) : A tooth that

: Higher PUFA scores are consistently linked to lower education and poorer social classes. 5. Conclusion

The adoption of the PUFA index in 2007 marked a significant advancement in dental epidemiology. By focusing on the severe consequences of untreated decay, it provides a more accurate metric for assessing the true health "capacity" of a population.

Directed by Mitchell Lichtenstein, the film stars Jess Weixler as Dawn O'Keefe, a devout high school student and spokesperson for a Christian abstinence group called "The Promise". Dawn discovers she has a rare physical mutation—vagina dentata (a vagina with teeth)—which serves as a biological defense mechanism. The story follows her transformation from a passive defender of purity to an avenging heroine as she encounters various men who attempt to assault or exploit her. Thematic Analysis Camp Horror and the Gendered Politics of Screen Violence

While there is no single scientific standard officially titled "index of teeth 2007," this term most frequently relates to two distinct cultural and medical contexts: the cult classic horror-comedy film Teeth (2007) and various dental indices used in epidemiology to measure oral health during that era.

Here’s a thought-provoking post idea for an “Index of Teeth 2007” — possibly referring to a dental chart, a forensic index, or a historical record of dental notation:

🦷 Throwback to 2007: The Index of Teeth – A Snapshot of Dental Records Then vs. Now

In 2007, dental indexing was still heavily reliant on the Universal Numbering System (1–32 for permanent teeth) in the U.S., while the FDI World Dental Federation notation (two-digit system) was gaining global traction. Looking back at the "Index of Teeth" from 2007 reveals:

• Paper-based charts were still common, though digital records were emerging.
• Tooth #1 (right maxillary third molar) to #32 (right mandibular third molar) — wisdom teeth were still often removed as a young adult rite of passage.
• Primary teeth were labeled A–T in the Universal System.
• Caries indexing (DMFT – Decayed, Missing, Filled Teeth) was a key public health measure.

Interesting observation: In 2007, the debate over whether to index and keep asymptomatic wisdom teeth was at its peak. Also, 3D imaging and CAD/CAM restorations were just beginning to change how we “index” treatment — not just teeth, but their digital twins.

👉 What’s changed since 2007?

• AI-assisted charting
• Voice-activated clinical notes
• Integration of periodontal and orthodontic indices
• Patient-facing dental apps that visualize your own index of teeth in 3D

Would you like this tailored to a specific audience (e.g., dental students, historians, or social media) or a different interpretation of “index of teeth” (e.g., a published paper or database)?

While "index of teeth 2007" is often used as a search string to find file directories, it most prominently refers to the 2007 cult horror-comedy film Movie Review: Mitchell Lichtenstein Comedy / Horror / Satire

is a bold, subversive entry into the "body horror" genre that revitalizes the ancient folk myth of vagina dentata

. While it features moments of visceral gore, it is primarily a sharp social satire regarding female autonomy and the "purity culture" of the mid-2000s.

The story follows Dawn (played by Jess Weixler), a high school student and lead spokesperson for a local chastity group. Her world is upended when she suffers a sexual assault and discovers a unique, biological defense mechanism: she literally has teeth where they shouldn't be. As she navigates a series of encounters with predatory men, Dawn evolves from a victim into a person who takes grim control over her own body and its "curse." Key Themes Reclaiming Autonomy:

The film serves as a pitch-black metaphor for a woman reclaiming power over her own anatomy. Satire of Purity Culture:

It pokes fun at the rigid, often hypocritical expectations placed on young women regarding abstinence. Body Horror as Empowerment:

Unlike traditional horror where the transformation is purely tragic, Dawn’s "affliction" becomes her ultimate weapon. Critical Reception Critics on platforms like

generally praised Jess Weixler’s performance, noting her ability to balance innocence with a growing sense of dangerous confidence. While the premise is undeniably "cringe-worthy" for some, it is widely regarded as a clever, feminist-leaning cult classic rather than a standard "slasher" flick. clinical datasets health reports if that was your intent.

Deciduous (Baby) Teeth Quadrants

| Quadrant | Description | Teeth in Quadrant | | :--- | :--- | :--- | | 5 | Upper Right | 55, 54, 53, 52, 51 | | 6 | Upper Left | 61, 62, 63, 64, 65 | | 7 | Lower Left | 71, 72, 73, 74, 75 | | 8 | Lower Right | 81, 82, 83, 84, 85 |

Why 2007 Matters for Dental Records

Prior to 2007, national systems like the Universal Numbering System (US) and the Palmer Notation (UK) caused international confusion during mass disasters. The 2007 INTERPOL DVI guide specifically urged all member countries to adopt the FDI two-digit index for data sharing. Therefore, many digital archives and forensic textbooks published around 2007 contain references to the "new" standardized index of teeth.

3. Key Themes and Analysis

What is a Dental Index in Forensics?

A dental index, in forensic terms, is a systematic coding system used to record the condition, presence, absence, or unique characteristics of each tooth in the human dentition. The "index of teeth" is essentially a master list or catalog that allows investigators to compare antemortem (before death) dental records with postmortem (after death) findings.

What Are Directory Indices?

An "index of" page is an automatic listing generated by a web server when no default file (like index.html) exists. These pages display file names, sizes, and modification dates.