Dental Practice

Requires Standards 1–7 verified first

5 criteria

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Blocks accreditation until resolved.

REFERENCES

1. [44] Kohn WG, Collins AS, Cleveland JL, Harte JA, Eklund KJ, Malvitz DM. Guidelines for Infection Control in Dental Health-Care Settings — 2003. MMWR Recomm Rep. 2003;52(RR-17):1-61 — establishes combined mechanical, chemical, and biological sterilization monitoring, with biological indicator testing at minimum weekly, as the standard of care.

A sterilizer that completes its cycle can still fail to actually sterilize its contents, and the only way to know is to monitor for it deliberately — mechanical readings alone don't confirm a spore-killing result, which is why international guidance requires layering all three monitoring types together.

1 Mechanical and chemical monitoring happen consistently, but biological testing lapses during busy periods.

Biological testing is the only method confirming actual sterilizing capability — the other two only confirm the cycle ran.

2 Monitoring happens but records aren't consistently dated or retained.

Undocumented monitoring is difficult to distinguish from monitoring that didn't happen.

3 The practice has a clear process but staff performing monitoring were never formally trained on it.

A correct process followed by an untrained person is more likely to drift over time.

Week 1 Review current sterilization monitoring practice against all three required indicator types.

Week 2 Establish or correct a weekly biological indicator testing schedule.

Week 3 Train staff performing monitoring and define the reprocessing response to any inadequate result.

Ongoing Maintain dated monitoring records and review for consistency.

Ask for the actual dated monitoring log, not a description of the process.

Dated records are the only real evidence of consistent practice.

Ask specifically about the last biological indicator result and what would happen if it failed.

A confident, specific answer reveals genuine understanding versus a memorized policy line.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Blocks accreditation until resolved.

REFERENCES

1. [45] Kohn WG, Collins AS, Cleveland JL, Harte JA, Eklund KJ, Malvitz DM. Guidelines for Infection Control in Dental Health-Care Settings — 2003. MMWR Recomm Rep. 2003;52(RR-17):1-61 — identifies aerosol and spatter-generating dental procedures as requiring specific engineering and personal protective controls beyond standard precautions.

Dental aerosols carry a genuine, well-documented transmission risk distinct from droplet contact alone, and standard infection control precautions built for droplet exposure don't fully address it — this requires its own deliberate combination of controls.

1 Evacuation is used for most procedures but skipped for quick, perceived-low-risk ones.

Aerosol generation depends on the procedure type, not how quick it feels.

2 Respiratory protection is available but not consistently worn by all staff present.

Protection that exists but isn't consistently used provides limited real protection.

3 A turnover interval exists but is shortened under scheduling pressure.

A protocol that erodes under pressure isn't a reliable protocol.

Week 1 Review current aerosol procedure practice against evacuation, PPE, and turnover standards.

Week 2 Address any gaps in evacuation use or respiratory protection.

Week 3 Establish and communicate a specific room turnover interval.

Ongoing Observe practice periodically, particularly during busy scheduling periods.

Observe during a genuinely busy period, not a quiet one.

Protocol discipline is most likely to erode under real scheduling pressure.

Check whether the turnover interval is actually followed, not just written down.

A written interval that's routinely shortened in practice doesn't provide real protection.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Blocks accreditation until resolved.

REFERENCES

1. [46] International Atomic Energy Agency. Radiation protection of patients in dental radiology. Vienna: IAEA — establishes that routine dental X-ray examination for all patients is not justified, and that individual justification combined with dose optimisation (ALARA) is the primary determinant of patient radiation safety in dentistry.

The single most effective way to reduce a patient's radiation exposure over a lifetime of dental care is avoiding unnecessary radiographs in the first place — this matters more than any specific shielding practice, which is why international radiation protection guidance leads with justification, not equipment.

1 Justification is documented for complex cases but defaults to routine for standard check-ups.

Routine visits still require individual justification under the same principle.

2 Prior imaging exists but isn't consistently checked before a new order.

An available record that isn't checked provides no real protection against unnecessary exposure.

3 Equipment quality control happened once at installation but hasn't been repeated.

Equipment performance can drift over years of use without ongoing verification.

Week 1 Review recent radiographs for documented, specific justification.

Week 2 Establish a routine check of prior imaging before ordering new radiographs.

Week 3 Schedule or verify regular equipment quality control.

Ongoing Audit justification documentation periodically.

Ask for the specific clinical reason behind a recent radiograph, not a general policy statement.

A specific, patient-level reason is the real evidence of individual justification.

Ask when equipment quality control was last performed, with a date.

A vague answer suggests this isn't a genuinely maintained, ongoing practice.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Blocks accreditation until resolved.

REFERENCES

[16, 47] World Health Organization. WHO guidelines for safe surgery 2009: safe surgery saves lives. Geneva: WHO; 2009 — establishes genuine, procedure-specific informed consent as a precondition of safe invasive care, not an administrative formality covering treatment broadly.

A generic consent form signed for "dental treatment" doesn't reflect genuine understanding of what a specific invasive procedure actually risks — extraction and surgical procedures carry real, distinct risks a routine filling doesn't, and consent has to reflect that difference honestly.

1 Consent is procedure-specific for major surgical cases but generic for routine extractions.

Even a routine extraction carries real, procedure-specific risk worth naming directly.

2 Risks are named on the form but not genuinely discussed in conversation.

A form listing risks isn't the same as a patient understanding them.

3 Consent happens well before the procedure but isn't reconfirmed if circumstances change.

Genuine consent should reflect the procedure actually being performed, not one discussed weeks earlier.

Week 1 Review current consent documentation for genuine procedure specificity.

Week 2 Build procedure-specific consent content for common invasive procedures.

Week 3 Train staff to verify patient understanding, not just obtain a signature.

Ongoing Spot-check patient understanding after consent conversations.

Ask the patient, not the clinician, to describe the procedure and its risks.

This tests actual understanding, not staff confidence in their own explanation.

Compare consent content across a routine extraction and a more complex surgical case.

Genuinely different content reveals real specificity; near-identical text reveals a generic form.

ALL YES Standard likely met. ANY PARTIAL Improvement plan required. ANY NO Blocks accreditation until resolved.

REFERENCES

1. [48] Minamata Convention on Mercury. Geneva: United Nations Environment Programme; 2013, Article 4, Annex A, Part II — requires ratifying countries to implement measures for the environmentally sound management of dental amalgam waste, including the use of amalgam separators.

Dental amalgam waste entering the wastewater stream or general waste is a genuine, internationally recognised environmental and public health concern — this isn't a matter of local preference, it is the subject of a binding international treaty specifically because of documented, serious harm from uncontrolled mercury release.

1 A separator is installed but hasn't been serviced on schedule.

Capture effectiveness declines as a separator reaches its capacity without replacement.

2 Amalgam capsules are properly collected but extracted teeth with amalgam restorations are not.

All amalgam-containing waste categories carry the same real environmental concern.

3 Collection happens but the recycler used isn't verified as licensed for this purpose.

An unverified disposal pathway doesn't confirm the waste is actually being managed safely.

Week 1 Confirm amalgam separator installation and current functioning status.

Week 2 Verify the recycler used is licensed and confirm collection covers all amalgam waste categories.

Week 3 Establish or correct a separator maintenance schedule.

Ongoing Maintain dated records of separator maintenance and recycler collection.

Ask to see the amalgam separator directly, not just documentation of its purchase.

A separator that exists on paper but isn't installed or functioning provides no real protection.

Ask specifically about extracted teeth with amalgam restorations.

This category of amalgam waste is the most commonly overlooked in practice.