The Induction of New Bone and Cementum Formation. II. Utilizing a Collagen Extract of Ox Bone

Hiatt, William H.; Solomons, Clive C.; Butler, Edmond D.

doi:10.1902/jop.1970.41.5.274

Cited by 15 publications

(2 citation statements)

References 8 publications

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“…These include different modalities of flap procedures, often in combination with implantation of bone grafts or various types of bone substitutes such as demineralized freeze-dried bone [22], transplanted endogenous bone [9], bioglass [41], and hydroxyapatite [39]. Other treatment procedures or materials that have been introduced or tested are demineralization of the root surface [35], guided tissue regeneration [25,26], certain growth factors [7,15], and different combinations of these materials and methods [4,27].…”

Section: Introductionmentioning

confidence: 99%

Emdogain - periodontal regeneration based on biomimicry

Gestrelius¹,

Lyngstadaas²,

Hammarström

2000

Clinical Oral Investigations

147

110

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Biomimicry has been introduced as a term for innovations inspired by nature [1]. Such innovations may appear in almost every part of modern society. This review on the effects of enamel matrix proteins on the formation of cementum and the development of emdogain for regeneration of periodontal tissues lost due to periodontitis shows an example of biomimicry in dentistry. Findings from clinical and laboratory investigations are summarized and the biological basis for enamel matrix-induced periodontal regeneration is discussed.

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Section: Introductionmentioning

confidence: 99%

Emdogain - periodontal regeneration based on biomimicry

Gestrelius¹,

Lyngstadaas²,

Hammarström

2000

Clinical Oral Investigations

147

110

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“…Of interest were the relatively few areas of root resorption when compared to the repair following mucoperiosteal flap surgery without allografts. [5][6][7][8] In those areas where resorption was noted, it was found under the flap and in a coronal direction from the well which had been prepared in the root. No resorption was found in the root associated with the bone grafts.…”

Section: Figure 3 New Cementum Formation Can Be Seen Apically To Thementioning

confidence: 99%

The Induction of New Bone and Cementum Formation III. Utilizing Bone and Marrow Allografts in Dogs

Hiatt¹

1970

Journal of Periodontology

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TISSUE GRAFTING from a genetically dissimilar donor of the same species will generally incite an immunologic response resulting in rejection of the allograft. While homoviable grafts are most often rejected, some homostatic grafts are eventually replaced by living elements of the recipients. These include cortical bone, 1 blood vessels 2 and cornea. 3Assuming that all successful grafts are ultimately replaced by host tissue, it seems reasonable to question the possible fate of a viable allograft consisting of bone and marrow in a periodontal lesion. Would such a graft elicit antibody formation sufficient to cause rejection within a short period of time, or would rejection occur slowly, permitting progressive resorption and repair with eventual replacement of the graft with formed bone?To answer this question, a periodontal bone and marrow grafting experiment was designed to compare host response in animals receiving an immunosuppressant drug, which will decrease reactivity to antigens, and the

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Experimental Studies on Fracture Healing

Benfer¹

1973

Arch Surg

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The Induction of New Bone and Cementum Formation. II. Utilizing a Collagen Extract of Ox Bone

Cited by 15 publications

References 8 publications

Emdogain - periodontal regeneration based on biomimicry

Emdogain - periodontal regeneration based on biomimicry

The Induction of New Bone and Cementum Formation III. Utilizing Bone and Marrow Allografts in Dogs

Experimental Studies on Fracture Healing

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