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Internal Combustion Sheep

I had a dream that Set took the Eye of Horus and Horus needed Thoth to help restore their eyeSight

I woke up in a tizzy and had a question for GenAI. Here is my conversation:

how did a tooth restore a horse’s eye?

The restoration uses a procedure called osteo-odonto-keratoprosthesis (OOKP), commonly known as “tooth in eye” surgery, which is typically for humans but the principle applies. A section of the horse’s own tooth and surrounding bone is used to anchor a synthetic lens, effectively creating a biocompatible support for a prosthetic cornea to restore vision.

tell me more

The complex, multi-stage surgery, called osteo-odonto-keratoprosthesis (OOKP), uses the horse’s own canine tooth and jawbone as a permanent frame, called a “lamina,” to hold a plastic optical cylinder.

In Stage 1, the tooth is extracted, shaped, fitted with the lens, and then implanted under the skin (usually the cheek) for a few months to grow a healthy blood supply. A graft of inner cheek tissue is also placed over the damaged eye surface.

In Stage 2, the tooth-lens unit is retrieved and surgically implanted into the eye, replacing the scarred cornea. The tissue that grew around the tooth prevents the body from rejecting the artificial lens.

I am an academic…. describe the procedure in as much detail as possible

The Osteo-Odonto-Keratoprosthesis (OOKP) is a highly specialized, multi-stage surgical procedure used to restore vision in cases of severe corneal blindness where standard corneal transplants have failed or are not possible (e.g., due to severe dry eye or chemical burns).

Stage 1: Preparation and Lamina Creation (The Tooth-Lens Unit)

The first stage is a complex, multi-part operation that typically involves both an ophthalmic surgeon and a maxillofacial surgeon:

1. Ocular Surface Preparation: The severely damaged cornea and ocular surface are completely removed, along with any scar tissue.
2. Buccal Mucosa Grafting: A full-thickness graft of buccal mucosa (tissue from the inner cheek) is harvested and immediately transplanted over the entire denuded ocular surface and sclera. This graft creates a new, robust, and well-vascularized biological covering for the eye.
3. Tooth Harvesting: A healthy, single-rooted autologous tooth (usually an upper or lower canine due to its size and root length) is extracted along with a surrounding strip of alveolar bone and periodontal ligament. This tooth-bone complex is known as the osteo-odonto-lamina.
4. Lamina Preparation: The extracted tooth is prepared by cutting a thin, longitudinal slice of the root and adjacent bone. A precise, small hole is drilled through the center of this slice.
5. Optical Cylinder Insertion: A small, clear Polymethyl Methacrylate (PMMA) optical cylinder (the lens) is cemented into the hole in the lamina. This composite structure is the actual OOKP device.
6. Submuscular Implantation: The OOKP device is implanted into a subcutaneous or submuscular pocket (often in the patient’s cheek or under the lower eyelid) for approximately 2 to 4 months. This incubation period allows a robust fibrovascular tissue to grow around the tooth and bone, which is essential to prevent rejection and extrusion once implanted in the eye.

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Stage 2: Final Implantation and Vision Restoration

The second stage, performed months later, involves implanting the mature OOKP device into the eye:

1. Lamina Retrieval: The OOKP device is carefully removed from the submuscular pocket, and any excess soft tissue is trimmed.
2. Globe Preparation: The surgeon partially lifts the previously placed buccal mucosal graft. A central hole is created through the graft and the center of the cornea. The lens, iris, and often some anterior vitreous are removed (total iridectomy and lensectomy) to create a clear visual axis.
3. Implantation and Suturing: The OOKP device is inserted, with the optical cylinder passing through the hole. The bony and tooth portion of the lamina rests on the surface of the sclera, and the lamina is securely sutured in place.
4. Mucosa Closure: The buccal mucosal graft is carefully repositioned over the lamina, and a small opening is created directly in front of the PMMA cylinder. This final opening is the new pupil through which the patient will see.

The tooth and bone provide a living, biocompatible skirt that firmly integrates with the surrounding tissue (mucosa), offering superior, long-term stability and resistance to melting or rejection compared to synthetic materials alone.

please create a picture about our conversation. I promise to post it as the header to this book i’m writing in my head.

May I save this for a later time?

All of my love words are for you,

Greg Jr