Vitallium: Difference between revisions

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'''Vitallium''' is a [[chromium]]-[[cobalt]] [[alloy]] used primarily in [[dental prosthetics]] and [[orthopedic]] implants. It was developed in the 1930s and has since been a significant material in the field of [[prosthodontics]] and [[orthopedics]] due to its excellent biocompatibility, corrosion resistance, and mechanical properties.
{{Short description|An overview of Vitallium subperiosteal implants in maxillary applications}}


==History==
==Overview==
Vitallium was first introduced in the 1930s by Albert and Charles Venable, who were searching for a corrosion-resistant metal for use in [[dental prosthetics]]. Its introduction marked a significant advancement in dental and medical materials, offering an alternative to the less durable materials previously used.
[[File:Subperiosteal_maxillary_implant.jpg|thumb|right|Vitallium subperiosteal maxillary implant]]
Vitallium subperiosteal implants are a type of [[dental implant]] used primarily in cases where there is insufficient bone height or density in the [[maxilla]] to support traditional [[endosteal implants]]. These implants are custom-fabricated to fit directly onto the bone beneath the [[periosteum]], providing a stable base for dental prosthetics.


==Composition==
==Composition and Design==
The alloy is composed primarily of [[chromium]] (approximately 60-70%) and [[cobalt]] (approximately 30-40%), with minor amounts of [[molybdenum]] and [[carbon]]. This composition provides Vitallium with its notable strength, resistance to corrosion, and biocompatibility, making it an ideal material for implants and prosthetics.
Vitallium is a biocompatible alloy composed primarily of [[cobalt]], [[chromium]], and [[molybdenum]]. This material is chosen for its strength, corrosion resistance, and compatibility with human tissues. The design of a subperiosteal implant involves creating a framework that rests on the bony ridge of the maxilla, with posts that protrude through the [[gingiva]] to support a dental prosthesis.


==Applications==
==Indications==
===Dental Prosthetics===
Subperiosteal implants are indicated in patients who have:
In [[dentistry]], Vitallium is used for making [[dental crowns]], [[bridges]], and [[partial denture]] frameworks. Its strength and biocompatibility ensure long-lasting dental restorations that are well tolerated by the body.
* Insufficient bone height or density in the maxilla
* Inability to undergo bone grafting procedures
* Previous failures with endosteal implants


===Orthopedic Implants===
==Surgical Procedure==
Vitallium is also used in [[orthopedics]] for various types of implants, including [[hip replacement]]s and [[bone plates]]. Its durability and compatibility with human tissue make it a preferred material for long-term orthopedic applications.
The placement of a Vitallium subperiosteal implant involves several steps:


==Advantages==
===Initial Assessment===
The primary advantages of Vitallium include its high resistance to corrosion, excellent biocompatibility, and superior mechanical properties. These characteristics make it an ideal choice for medical and dental applications where longevity and tissue compatibility are critical.
A thorough clinical and radiographic assessment is performed to evaluate the patient's oral health and bone structure. [[CT scans]] or [[cone beam computed tomography]] (CBCT) may be used to create a detailed map of the maxillary bone.


==Challenges==
===Surgical Exposure===
While Vitallium offers many benefits, there are challenges associated with its use. The cost of Vitallium-based products can be higher than those made from other materials, and the need for specialized equipment and expertise for manufacturing can limit its availability.
The maxillary bone is exposed by making an incision in the gingiva. The periosteum is carefully lifted to allow for the placement of the implant framework.


==Future Directions==
===Implant Placement===
Research continues into enhancing the properties of Vitallium and exploring its potential in new medical and dental applications. Advances in manufacturing technologies, such as [[3D printing]], may also expand the possibilities for Vitallium-based products, making them more accessible and customizable.
The custom-fabricated Vitallium framework is placed onto the exposed bone. The posts of the implant protrude through the gingiva, ready to support a dental prosthesis.


[[Category:Materials science]]
===Closure and Healing===
[[Category:Dental materials]]
The gingiva is sutured back into place, and the patient is allowed to heal. Healing times can vary, but typically range from several weeks to a few months.
[[Category:Orthopedic surgical procedures]]
 
{{materials-science-stub}}
==Advantages and Disadvantages==
 
===Advantages===
* Suitable for patients with insufficient bone for traditional implants
* Custom-fabricated to fit the patient's anatomy
* Can be placed without the need for bone grafting
 
===Disadvantages===
* More invasive than endosteal implants
* Longer healing time
* Potential for complications such as infection or implant failure
 
==Related pages==
* [[Dental implant]]
* [[Maxilla]]
* [[Periosteum]]
* [[Biocompatibility]]
 
[[Category:Dental implants]]

Latest revision as of 13:37, 16 February 2025

An overview of Vitallium subperiosteal implants in maxillary applications


Overview[edit]

Vitallium subperiosteal maxillary implant

Vitallium subperiosteal implants are a type of dental implant used primarily in cases where there is insufficient bone height or density in the maxilla to support traditional endosteal implants. These implants are custom-fabricated to fit directly onto the bone beneath the periosteum, providing a stable base for dental prosthetics.

Composition and Design[edit]

Vitallium is a biocompatible alloy composed primarily of cobalt, chromium, and molybdenum. This material is chosen for its strength, corrosion resistance, and compatibility with human tissues. The design of a subperiosteal implant involves creating a framework that rests on the bony ridge of the maxilla, with posts that protrude through the gingiva to support a dental prosthesis.

Indications[edit]

Subperiosteal implants are indicated in patients who have:

  • Insufficient bone height or density in the maxilla
  • Inability to undergo bone grafting procedures
  • Previous failures with endosteal implants

Surgical Procedure[edit]

The placement of a Vitallium subperiosteal implant involves several steps:

Initial Assessment[edit]

A thorough clinical and radiographic assessment is performed to evaluate the patient's oral health and bone structure. CT scans or cone beam computed tomography (CBCT) may be used to create a detailed map of the maxillary bone.

Surgical Exposure[edit]

The maxillary bone is exposed by making an incision in the gingiva. The periosteum is carefully lifted to allow for the placement of the implant framework.

Implant Placement[edit]

The custom-fabricated Vitallium framework is placed onto the exposed bone. The posts of the implant protrude through the gingiva, ready to support a dental prosthesis.

Closure and Healing[edit]

The gingiva is sutured back into place, and the patient is allowed to heal. Healing times can vary, but typically range from several weeks to a few months.

Advantages and Disadvantages[edit]

Advantages[edit]

  • Suitable for patients with insufficient bone for traditional implants
  • Custom-fabricated to fit the patient's anatomy
  • Can be placed without the need for bone grafting

Disadvantages[edit]

  • More invasive than endosteal implants
  • Longer healing time
  • Potential for complications such as infection or implant failure

Related pages[edit]

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