Stem Cell Based Bone Grafting in Mexico

Medical Tourism Corporation

28 Mar 202302:25

Summary

TLDRThe video script discusses an innovative technique in bone regeneration, emphasizing the use of stem cells combined with synthetic bone to accelerate healing. It explains the process of bone grafting, especially when there is insufficient bone volume detected via CT scan, and the subsequent steps involving implant application. The script highlights the preference for artificial bone due to the difficulty of bone recall and the two-stage procedure involving bone grafting with stem cells followed by implant application after a healing period.

Takeaways

🌟 Stem cells combined with synthetic bone can lead to faster regeneration in bone healing processes.
🔍 A CT scan is used to detect if there is enough bone volume for dental implant applications.
🚫 If the bone volume is less than eight millimeters, additional steps are required to increase the bone volume.
🔨 In cases of insufficient bone volume, bone grafting is considered to augment the volume before proceeding with implants.
📅 The procedure may be divided into multiple steps, with the use of artificial bone being a common option due to its availability.
🧬 The integration of stem cells with synthetic bone is part of a new technique in dental procedures.
🛠️ The first step involves a bone graft combined with stem cells, along with the use of membranes to facilitate healing.
⏱️ After the initial graft and healing process, a waiting period of four to six months is necessary before proceeding.
🦷 Dental implants are applied in a subsequent appointment following the healing and integration of the bone graft.
📈 The final restoration is received by the patient after the waiting period, completing the dental implant process.
🌐 For inquiries about medical or dental trips, contact MTC to learn more about their services.

Q & A

What is the advantage of combining stem cells with synthetic bone in the context of bone regeneration?
-Combining stem cells with synthetic bone can lead to faster bone regeneration compared to using synthetic bone alone, as stem cells have the potential to differentiate into various types of cells needed for tissue repair.
What does it mean when a patient does not have enough volume in the bone for implant applications?
-It means that the bone does not have more than eight millimeters of thickness available, which is typically required for the successful application of dental implants.
How can a CT scan help in determining the bone volume available for implant applications?
-A CT scan provides detailed images of the bone structure, allowing doctors to assess the bone volume and determine if there is sufficient thickness for implant placement.
What is the procedure if the bone on top does not have more than eight millimeters of thickness?
-In such cases, a bone graft is considered to increase the bone volume. This procedure may be divided into two or more steps, depending on the complexity of the case.
Why is an artificial bone often chosen over autologous bone grafting?
-Artificial bone is often chosen due to the difficulty and invasiveness of harvesting autologous bone from another area of the patient's body, which is usually required on the same day of the procedure.
What is the first step in the new technique involving stem cells and synthetic bone?
-The first step involves performing a bone graft, combining it with stem cells, and using a membrane to facilitate the healing process.
How long does it typically take after applying an implant before the patient receives the final restoration?
-It is usually necessary to wait at least four to six months after applying an implant to allow for proper healing and integration before the patient can receive the final restoration.
What is the purpose of using a membrane in combination with a bone graft and stem cells?
-The membrane serves to protect the graft site and encourage healing by providing a barrier that prevents soft tissue from growing into the graft area, thus promoting bone formation.
What is the significance of the four to six months waiting period after implant application?
-This waiting period is crucial for the integration of the implant with the surrounding bone, ensuring a stable foundation for the final restoration and long-term success of the treatment.
How does the combination of stem cells and synthetic bone contribute to the advancement of dental implant techniques?
-The combination of stem cells and synthetic bone represents an innovative approach that can potentially reduce healing time and improve the success rate of dental implants, especially in cases with insufficient bone volume.

Outlines

00:00

🧬 Stem Cells and Synthetic Bone for Faster Regeneration

The script discusses the innovative technique of combining stem cells with synthetic bone to enhance the speed of bone regeneration. It explains that when a patient lacks sufficient bone volume for implant application, detected via a CT scan, a bone graft is considered. If the bone thickness is less than eight millimeters, the procedure may be divided into multiple steps. The most common option mentioned is the use of artificial bone due to the difficulty of harvesting from other areas of the body. The technique involves two steps: first, a bone graft combined with stem cells is applied with a membrane to promote healing. After a waiting period of four to six months for integration, implants are applied, and the patient receives the final restoration.

Mindmap

Keywords

💡Stem Cells

Stem cells are undifferentiated cells that have the potential to develop into many different types of cells in the body. In the context of the video, they are combined with synthetic bone to enhance the process of bone regeneration, which is crucial for patients who have insufficient bone volume for dental implants. The script mentions that this combination can lead to faster regeneration than using synthetic bone alone.

💡Synthetic Bone

Synthetic bone refers to artificially created materials that mimic the properties of natural bone. In the video, it is used in combination with stem cells to facilitate faster bone growth and healing. The script discusses the use of synthetic bone as an alternative to bone grafts when there is not enough bone volume for implant placement.

💡Bone Grafting

Bone grafting is a surgical procedure where bone is transplanted from one part of the body to another to increase bone volume. The script mentions the need for bone grafting when the bone volume is insufficient for implant placement, suggesting that it is a common step in dental implant procedures.

💡CT Scan

A CT (computed tomography) scan is a medical imaging technique that uses X-rays to create detailed cross-sectional images of the body. In the video, a CT scan is used to detect the amount of bone available for implant application, which is essential for planning the surgical procedure.

💡Bone Volume

Bone volume refers to the amount of bone tissue present in a particular area. In the context of dental implants, sufficient bone volume is necessary to support the implant. The script discusses the importance of having at least eight millimeters of bone available for implant placement.

💡Dental Implants

Dental implants are artificial teeth roots that are surgically placed into the jawbone to support a replacement tooth or bridge. The video discusses the process of using stem cells and synthetic bone to facilitate the placement of dental implants, especially when there is insufficient bone volume.

💡Healing Process

The healing process refers to the body's natural response to repair itself after an injury or surgical procedure. The script mentions the use of membranes in combination with stem cells and synthetic bone to promote the healing process during the first step of the dental implant procedure.

💡Implant Placement

Implant placement is the surgical procedure where dental implants are inserted into the jawbone. The script describes a two-step process involving bone grafting with stem cells and synthetic bone, followed by implant placement after a healing period.

💡Membrane

In the context of the video, a membrane is used in conjunction with stem cells and synthetic bone to protect the graft site and facilitate the healing process. It is part of the technique to promote bone regeneration before implant placement.

💡Final Crown

The final crown is the prosthetic tooth or set of teeth that is placed on the dental implant after the healing process is complete. The script mentions that patients will receive the final crown after a waiting period of four to six months following implant placement.

💡MTC

MTC, as mentioned in the script, seems to be an organization or service that assists with medical or dental trips. It is likely a company that coordinates and facilitates such procedures, possibly offering support for patients seeking dental implant surgeries.

Highlights

Stem cells combined with synthetic bone can accelerate the regeneration process.

CT scans are utilized to detect insufficient bone volume for implant applications.

If the bone thickness is less than eight millimeters, a bone graft is considered necessary.

Bone graft procedures may be divided into multiple steps for optimal healing.

The use of artificial bone grafts is becoming more common due to the difficulty of autografts.

Synthetic bone combined with stem cells is part of innovative techniques in bone regeneration.

The first step in the procedure involves a bone graft combined with stem cells and the use of membranes.

A second appointment is scheduled to apply implants after the initial healing period.

A waiting period of four to six months is necessary before receiving the final restoration.

The final restoration is the culmination of the dental or medical procedure.

The importance of using stem cells in modern bone regeneration techniques is emphasized.

The transcript discusses the advantages of synthetic bone over traditional grafting methods.

The procedure's multi-step nature is highlighted for achieving better patient outcomes.

The role of membranes in facilitating the healing process after bone grafting is mentioned.

The necessity of a CT scan for preoperative planning is underscored.

The challenges of autografts and the shift towards artificial bone grafts are discussed.

The importance of patient follow-up and the timing of implant application is noted.

Contacting MTC for medical or dental trip arrangements is suggested as the conclusion.