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IMPLANT MAINTENNACE

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55 Questions

What is the effect of using metal instruments on polished titanium?

Increases surface roughness

What is the purpose of selectively polishing the prosthesis and abutments?

To smooth out the surface

What is the significance of implant mobility?

Is highly specific for the detection of implant failure

What is the purpose of impact resistance and resonance frequency analysis?

To measure implant stability

What does an increase in RFA value indicate?

Increased implant stability

What is the cardinal sign of implant failure?

Mobility of the implant

What is the primary focus of long-term success of implants?

Long-term maintenance of peri-implant hard and soft tissues

What is the recommended frequency of recall maintenance visits for the first year after treatment?

3-month intervals

What is included in the clinical examination step of implant maintenance?

Both extraoral and intraoral clinical examination

What is the purpose of routine maintenance, recall evaluations, and radiographs?

To insure the long life of the implant restorations

What is evaluated during the dental implant examination?

All of the above plus implant stability, occlusal evaluation, and other signs and symptoms of disease

What is the purpose of medical and dental history in implant maintenance?

To look for changes in systemic risk factors

What is the primary goal of peri-implant oral hygiene during the early postoperative phase of healing?

To remove biofilm from healing abutments or provisional restorations

What is the characteristic of peri-implant mucosal health?

Pink, firm, and well-adapted gingival tissue

What is the purpose of the rubber tip stimulator in peri-implant maintenance?

To stimulate blood flow

What is the significance of keratinized, attached gingiva in peri-implant health?

It is not a requisite for peri-implant health if biofilm is well controlled

What is the purpose of AIRFLOW® with PLUS powder in peri-implant maintenance?

To provide efficient and safe biofilm removal

What is the indication of bleeding on probing at implant sites?

Inflammation in the peri-implant tissues

What is the typical indication of a solid resonating sound from implant percussion?

Osseointegration of the implant

What is the primary purpose of evaluating implant restorations after delivery?

To remove residual excess cement

Why are periapical radiographs taken during different stages of implant treatment?

To monitor marginal or peri-implant bone changes

What is the primary difference between peri-mucositis and peri-implantitis?

Peri-mucositis involves only soft tissue inflammation, while peri-implantitis involves bone loss

Why are occlusal guards recommended in patients with oral parafunctions and heavy occlusal forces?

To protect the implant and restorations from excessive forces

What is the significance of embrasure spaces in implant restorations?

To allow for the passage of a proxy brush and facilitate oral hygiene

What is the primary characteristic of peri-implantitis?

Destructive inflammatory process

What is the primary goal of peri-implant mucositis treatment?

Complete removal of biofilm and deposits

What is the role of antimicrobials in peri-implant mucositis treatment?

Enhancing treatment outcome

What is a surgical intervention for peri-implantitis?

Full-thickness flap elevation

What is the consequence of untreated peri-implantitis?

Progressive loss of supporting bone

What is the primary objective of treating peri-implantitis?

Prevention of further bone loss

What is the primary purpose of using non-metal ultrasonic tips and Teflon-coated curettes on titanium implants?

To remove hard deposits from the implant surface

Which of the following techniques is originally designed to evaluate tooth mobility quantitatively?

Periotest

What is the significance of detecting implant mobility?

It is a sign of implant failure or lack of osseointegration

What is the primary advantage of using a rubber cup and non-abrasive polishing paste for polishing the prosthesis and abutments?

It promotes a smooth and clean implant surface

What is the primary difference between impact resistance and resonance frequency analysis?

One measures the reaction to a defined impact load and the other measures the response to a steady-state signal

What is the primary factor that determines the frequency of recall maintenance visits after the first year of treatment?

The patient's needs and oral hygiene

What is the purpose of evaluating the occlusal relationships during the implant examination?

To identify any changes that may affect the implant

What is the primary focus of the dental team's administration of professional prophylaxis procedures?

Long-term maintenance of peri-implant hard and soft tissues

What is the significance of evaluating the presence of plaque and calculus during the dental implant examination?

To identify any risk factors for peri-implant disease

What is the primary goal of the medical and dental history evaluation during implant maintenance?

To look for changes in systemic risk factors

What is the primary characteristic of peri-implantitis?

Destruction of the supporting bone

What is the most critical factor in preventing peri-implant disease?

Good oral hygiene practices

What is the goal of treatment for peri-implant mucositis?

Complete removal of supramucosal and submucosal biofilm

What is the primary benefit of using AIRFLOW with PLUS powder in peri-implant maintenance?

Minimally invasive biofilm removal with no risk of scratching

What is the role of antimicrobials in peri-implant mucositis treatment?

To enhance mechanical debridement

What is the characteristic of peri-implant mucosal health?

Pink, firm, and well-adapted gingiva

What is a surgical intervention for peri-implantitis?

Full-thickness flap elevation

When should biofilm control begin for implants?

As early as possible after implant exposure to the oral cavity

What is the consequence of untreated peri-implantitis?

Progressive loss of supporting bone

What is the indication of bleeding on probing at implant sites?

Inflammation in the peri-implant tissue

What is the purpose of evaluating implant restorations after delivery?

To check for heavy contacts and fractures

What is the significance of a dull sound during implant percussion?

It indicates fibrous encapsulation

What is the primary tool for detection of failed or failing implants in routine clinical evaluations?

Radiographic examination

Why are occlusal guards recommended in patients with oral parafunctions and heavy occlusal forces?

To prevent implant overload and fractures

What is the primary difference between peri-mucositis and peri-implantitis?

Presence or absence of signs of supporting bone loss

Study Notes

Instrument Selection for Titanium Implants

  • Metal instruments, including metal curettes and scalers, and ultrasonic scalers increase the surface roughness of polished titanium.
  • Plastic, Teflon-coated, and carbon and gold-coated curettes and non-metal ultrasonic tips are recommended for titanium implant scalers.

Polishing

  • The prosthesis and abutments may be selectively polished with a rubber cup and non-abrasive polishing paste such as aluminum oxide, tin oxide, acidulated phosphate sodium fluoride (APF)-free prophy paste, and low-abrasive dentifrice after hard deposits have been removed.

Stability Measures

  • The assessment of implant stability or mobility is an important measure for determining whether osseointegration is being maintained.
  • Mobility is highly specific for the detection of implant failure or lack of osseointegration.
  • Two non-invasive techniques for evaluating implant stability are impact resistance (e.g., Periotest) and resonance frequency analysis (RFA).
  • Periotest is a non-invasive electronic device that provides an objective measurement of the reaction of the periodontium to a defined impact load applied to the tooth crown.
  • Resonance frequency analysis uses a transducer attached to the implant or abutment to measure the response to a steady-state signal.

Implant Maintenance

  • Periodic evaluation of implants, surrounding tissue, and oral hygiene is vital to the long-term success of the dental implant.
  • Recall maintenance visits should be scheduled at 3-month intervals for the first year after treatment, and then adjusted to suit the patient's needs.

Examination of Implant

  • Patient history: look for changes in systemic risk factors (e.g., diabetes, smoking, medications).
  • Clinical examination: extraoral and intraoral examination, oral soft tissue evaluation, tooth mobility, fremitus, occlusion, and caries restorative factors.
  • Investigation and X-ray: radiographic examination to assess peri-implant crestal bone level.

Step-by-Step Implant Examination

  • Presence of plaque and calculus
  • Probing depths
  • Bleeding on probing
  • Implant stability
  • Occlusal evaluation
  • Other signs and symptoms of disease

Evaluation of Biofilm Control

  • Poor biofilm control is associated with peri-implant disease.
  • Visualization of plaque and calculus is essential for effective biofilm control.
  • Methods for patient oral hygiene:
    • Cotton tip, cotton gauze, or soft toothbrush to gently remove biofilm from healing abutments or provisional restorations.
    • Avoid using powered toothbrushes before implant osseointegration.
    • The rubber tip stimulator can be used to stimulate blood flow.
    • AIRFLOW with PLUS powder is minimally invasive and does not scratch implant surfaces, abutments, or prosthesis.

Evaluation of Peri-Implant Health and Disease

  • Peri-implant mucosal health is characterized by pink, firm, and well-adapted gingival tissue.
  • Peri-implant disease is associated with clinical erythema, edema, and loss of tissue tightness around the implant.
  • Peri-implant probing: bleeding on probing at implant sites can indicate inflammation.

Scaling and Implant Percussion

  • Removal of dental biofilm and calculus from implant components exposed to the oral environment.
  • Tapping an implant's healing abutment or restoration with an instrument produces a sound that can help determine its osseointegration.

Evaluation of Implant Restorations

  • Implant superstructures and restorations should be fabricated to accommodate and facilitate oral hygiene.
  • After delivery, cement-retained implant restorations should be thoroughly evaluated for residual excess cement, which must be removed.
  • During follow-up visits, implant restorations should be carefully examined for heavy contacts, fractures, loose screws, and occlusion should be adjusted accordingly to prevent implant overload and fractures.

Radiographic Examination

  • Intraoral periapical radiographs should be taken at implant placement, abutment connection, and final restoration.
  • Radiographic examination remains one of the primary tools for detection of failed or failing implants in routine clinical evaluations.

Peri-Implant Mucositis and Peri-Implantitis

  • Peri-implant mucositis is the inflammatory reaction of the soft tissues surrounding an implant, with no signs of loss of supporting bone.
  • Peri-implantitis is a destructive inflammatory process around an osseointegrated implant that leads to peri-implant pocket formation and progressive loss of supporting bone.
  • Treatment of peri-implant mucositis and peri-implantitis includes nonsurgical and surgical interventions.

Instrument Selection for Titanium Implants

  • Metal instruments, including metal curettes and scalers, and ultrasonic scalers increase the surface roughness of polished titanium.
  • Plastic, Teflon-coated, and carbon and gold-coated curettes and non-metal ultrasonic tips are recommended for titanium implant scalers.

Polishing

  • The prosthesis and abutments may be selectively polished with a rubber cup and non-abrasive polishing paste such as aluminum oxide, tin oxide, acidulated phosphate sodium fluoride (APF)-free prophy paste, and low-abrasive dentifrice after hard deposits have been removed.

Stability Measures

  • The assessment of implant stability or mobility is an important measure for determining whether osseointegration is being maintained.
  • Mobility is highly specific for the detection of implant failure or lack of osseointegration.
  • Two non-invasive techniques for evaluating implant stability are impact resistance (e.g., Periotest) and resonance frequency analysis (RFA).
  • Periotest is a non-invasive electronic device that provides an objective measurement of the reaction of the periodontium to a defined impact load applied to the tooth crown.
  • Resonance frequency analysis uses a transducer attached to the implant or abutment to measure the response to a steady-state signal.

Implant Maintenance

  • Periodic evaluation of implants, surrounding tissue, and oral hygiene is vital to the long-term success of the dental implant.
  • Recall maintenance visits should be scheduled at 3-month intervals for the first year after treatment, and then adjusted to suit the patient's needs.

Examination of Implant

  • Patient history: look for changes in systemic risk factors (e.g., diabetes, smoking, medications).
  • Clinical examination: extraoral and intraoral examination, oral soft tissue evaluation, tooth mobility, fremitus, occlusion, and caries restorative factors.
  • Investigation and X-ray: radiographic examination to assess peri-implant crestal bone level.

Step-by-Step Implant Examination

  • Presence of plaque and calculus
  • Probing depths
  • Bleeding on probing
  • Implant stability
  • Occlusal evaluation
  • Other signs and symptoms of disease

Evaluation of Biofilm Control

  • Poor biofilm control is associated with peri-implant disease.
  • Visualization of plaque and calculus is essential for effective biofilm control.
  • Methods for patient oral hygiene:
    • Cotton tip, cotton gauze, or soft toothbrush to gently remove biofilm from healing abutments or provisional restorations.
    • Avoid using powered toothbrushes before implant osseointegration.
    • The rubber tip stimulator can be used to stimulate blood flow.
    • AIRFLOW with PLUS powder is minimally invasive and does not scratch implant surfaces, abutments, or prosthesis.

Evaluation of Peri-Implant Health and Disease

  • Peri-implant mucosal health is characterized by pink, firm, and well-adapted gingival tissue.
  • Peri-implant disease is associated with clinical erythema, edema, and loss of tissue tightness around the implant.
  • Peri-implant probing: bleeding on probing at implant sites can indicate inflammation.

Scaling and Implant Percussion

  • Removal of dental biofilm and calculus from implant components exposed to the oral environment.
  • Tapping an implant's healing abutment or restoration with an instrument produces a sound that can help determine its osseointegration.

Evaluation of Implant Restorations

  • Implant superstructures and restorations should be fabricated to accommodate and facilitate oral hygiene.
  • After delivery, cement-retained implant restorations should be thoroughly evaluated for residual excess cement, which must be removed.
  • During follow-up visits, implant restorations should be carefully examined for heavy contacts, fractures, loose screws, and occlusion should be adjusted accordingly to prevent implant overload and fractures.

Radiographic Examination

  • Intraoral periapical radiographs should be taken at implant placement, abutment connection, and final restoration.
  • Radiographic examination remains one of the primary tools for detection of failed or failing implants in routine clinical evaluations.

Peri-Implant Mucositis and Peri-Implantitis

  • Peri-implant mucositis is the inflammatory reaction of the soft tissues surrounding an implant, with no signs of loss of supporting bone.
  • Peri-implantitis is a destructive inflammatory process around an osseointegrated implant that leads to peri-implant pocket formation and progressive loss of supporting bone.
  • Treatment of peri-implant mucositis and peri-implantitis includes nonsurgical and surgical interventions.

Learn about the effects of metal and non-metal instruments on polished titanium and the use of various polishing materials and techniques in dental implants.

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