Major Connector

What are the functions of a major connector?

• The major connector functions to clean teeth, prevent cavities, and improve oral hygiene.

• The major connector functions to play music, send emails, and cook dinner.

• The major connector functions to predict the weather, solve math problems, and write poetry.

• The major connector functions to connect, stabilize, distribute forces, and aid in retention and support.

Name three types of major connectors commonly used in dentistry.

• palatal bar

• lingual bar plate

• full lingual bar

• full palatal plate, lingual bar, lingual plate

What is the primary purpose of a major connector in a dental prosthesis?

• To increase patient comfort

• To improve speech clarity

• To add color to the prosthesis

• To provide rigidity and stability to the prosthesis.

Explain the difference between a palatal strap major connector and a lingual bar major connector.

• The palatal strap major connector runs along the lingual surfaces of the teeth in the mandibular arch, while the lingual bar major connector connects the right and left sides of the upper arch.

• The palatal strap major connector connects the upper and lower arches, while the lingual bar major connector connects the right and left sides of the upper arch.

• The palatal strap major connector connects the right and left sides of the upper arch, while the lingual bar major connector runs along the lingual surfaces of the teeth in the mandibular arch.

• The palatal strap major connector connects the right and left sides of the upper arch, while the lingual bar major connector connects the upper and lower arches.

How does the choice of major connector type affect the stability of a dental prosthesis?

• The choice of major connector type has no impact on stability

• Using a major connector type increases instability

• Major connector type only affects aesthetics, not stability

• The choice of major connector type affects stability by influencing force distribution and support.

Discuss the importance of selecting the appropriate major connector design based on the patient's oral condition.

• Selecting the major connector design has no impact on the fit of the dental prosthesis

• The patient's oral condition does not affect the stability of the dental prosthesis

• It is important to select the appropriate major connector design based on the patient's oral condition to ensure proper fit, stability, and comfort of the dental prosthesis.

• Comfort is not a priority when choosing the major connector design

What are the key considerations when designing a major connector for a removable partial denture?

• Assess type of edentulous ridges, determine location of remaining teeth, evaluate patient's oral hygiene habits, consider esthetic concerns, ensure proper support and stability

• Consider the patient's shoe size

• Evaluate the patient's favorite color

• Assess the patient's musical preferences

In what situations would a lingual plate major connector be preferred over other types?

• Lingual plate major connectors are more aesthetically pleasing

• Lingual plate major connectors are less expensive

• Limited vertical space in the mouth

• Lingual plate major connectors are easier to clean

What role does the major connector play in distributing occlusal forces in a dental prosthesis?

• The major connector absorbs occlusal forces by increasing pressure on the natural teeth

• The major connector minimizes occlusal forces by reducing contact with the remaining teeth

• The major connector distributes occlusal forces by transferring them to the remaining natural teeth and edentulous ridges.

• The major connector has no impact on distributing occlusal forces in a dental prosthesis

How does the material used for a major connector impact its durability and longevity?

• The material used for a major connector has no impact on durability

• Using a low-quality material increases durability

• Durability is solely dependent on the color of the material

• The material used for a major connector impacts its durability and longevity through factors like resistance to corrosion, wear, and deformation.