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Bioplant Education

Bioplant

Articles

Published Articles

  • Boyne P, Shabahang S, An Evaluation of Bone Induction Delivery Materials in Conjunction with Root-Form Implant Placement, The Int. J. of Perio. & Rest. Dent., 2001; 21 (4): 333-343.

  • Marthy S, Richter M, Human Immunodeficiency Virus Activity in Rib Allografts, J Oral Maxillofac Surg, 1998; 56:474-476.

  • Passi P, GirardellGB, et al. HTR Polymer Grafts with Osseointegrated Implants. A Histological Study in Humans. Dentistry Tomorrow, 1996: (3web.tin.it/dentistry/Issue 96-3).

  • Amler MH, Legeros RZ. Comparative In VivStudy of HTR Polymer, Interpore, Calcitite and Anorganic Bovine Bone (BonAP). J. Hard Tissue Biol.: 1995; 4(2): 57-63.

  • Cranin An, et al. The Use of a Particulate, Microporous, Calcified Copolymer as a Ridge Maintenance Device in Dogs. J. of Veterinary Dent.; June 1995; 12 (2): 53-58.

  • Boyne PJ. Study of the use of HTR in Tooth Extraction Sockets tMaintain Alveolar Ridge Height and tIncrease Concentration of Alveolar Bone Matrix. General Dentistry, September/October 1995; 43 (5):470-473.

  • Petit JC, Ripamonti U. Tissue Segregation Enhances Calvarial Osteogenesis in Adult Primates. J. of Craniofacial Surgery; Feb. 1994; 5(1):34-43.

  • Donohue WB, Mascres C. A Comparison of the Effects of TwHydroxyapatites and a methacrylate resin on bone formation in the rat ilium. Int. J. of Oral and MaxillImplants, 1993; 8:75-82.

  • Isaksson S, Alberius P, Klinge B. Influence of Three Alloplastic Materials on Calvarial Bone Healing. An Experimental Evaluation of HTR™ Polymer, Lactomer Beads, and a Carrier Gel. Int. J. of Oral & MaxillSurg. 1993; 22:375-381.

  • Ripamonti U, Petit JC, et. al. Immediate Reconstruction of Massive Cranio-orbito-facial Defects with Allogenic and Alloplastic Matrices in Baboons. J. of Cranio-Maxillo-Facial Surgery; 1993, 21:302-308.

  • LeGeros R, Craig R. Strategies Affect Bone Remodeling: Osteointegration. J. of Bone and Mineral Research 1993; Vol. 3 Supplement 2.

  • Orthopedics 1992 (147-174). Hong Kong.

  • Van Putten MC, Yamada S. Alloplastic Cranial Implants Made From Computed Tornographic Scan-Generated Casts. J. of Prosthetic Dent. July 1992; 68(1):103-108.

  • Lux B. Encouraging Bone tGrow. The Dentist Set. 1992; 70.

  • Babensee JE, DeBoni U, Sefton MV. Morphological Assessment of Hepatoma Cells (HepG2) Microencapsulated in a HEMA-MMA Copolymer with and without Matrigel. J.of Biomedical Materials Research, 1992; 26: 1401-1418.

  • Isaksson S. Aspects of Bone Healing and Bone Substitute Incorporation, ed. 1, Halmstad, Sweden, Bratts Tryckeri A, 1992; 1-46.

  • Pearsall AD, Spears R. et al. The Ultrastructural Architecture of the Tissue/Hard Tissue Replacement Interface. J. of Oral and Maxillofacial Surgery 1992; 50:375-384.

  • Sautier JM, Nefussi JR, Forest N. Surface-reactive Biomaterials in Osteoblast Cultures: an Ultrastructural Study. Biomaterials, 1992; 13(6): 400-402.

  • Becker W, et al. Guided Tissue Regeneration for Implants placed intExtraction Sockets of Dogs. J. of Periodontology 1991; 62:703-710.

  • Eppley BL, Sadove MA. Effects of Material Porosity on Implant Bonding Strength in a Craniofacial Model. J. of Craniofacial Surgery; Oct. 1990; 1(4): 191-195.

  • Amler MH, LeGeros RZ. Hard Tissue Replacement HTR polymer as an Implant Material. J. of Biomedical Materials Research 1990; 24:1079-1089.

  • Damien CJ, Weisman DS, et al. Bone Defect Repair Using Particulate and Molded Polymer Implants in Load Bearing and Non-load Bearing Models. Society of Biomaterials, April-May 1989.

  • Ashman A, Kamen, P. Compatibility of a Porous Polymethylmethacrylate/ Hydroxyethylmethacrylate with Human Cells in Vitro. J. of Oral Implantology, Jan. 1989; XV(1).

  • Boyne PJ, Scheer PM. Bone Inductive Effects of Skeletal Growth Factor with Hydroxylapitate and Synthetic Matrices. Abstract presented at American Association of Oral and Maxillofacial Surgeons, September 1986.

  • Skowronski D, Knoll J, et. al. Synthetic Grafting Material for Cervical Spine Arthrodesis. The 15th Annual Meeting of the Society for Biomaterials, 1989; 222.

  • Cranin NA, Dibling J et al.. Animal Experimentation with a Polymeric Bone Substitute Material. Abstract of the Third World Biomaterials Congress Osaka, Japan, April 1988.

  • Binderman I, Goldstein M, et al. Grafts of HTR Polymer Versus Kiel Bone in Experimental Long Bone Defects in Rats. Special Technical Publications 953, American Society for Testing and Materials 1988; 370-376.

  • Boyne PJ. Bone Induction and the Use of HTR Polymer as a Vehicle for Osseous Inductor Materials. Compendium 1988; (suppl 10):337-341.

  • Kay JF. Designing tCounteract the Effects of Initial Device Instability: Materials and Engineering. J. of Biomedical Materials Research, 1988; 22: 1127-1136.

  • Stevenson WTK, Evangelista RA, et. al. Microencapsulation of Mammalian Cells in a Hydroxyethyl Methacrylate-Methyl Methacrylate Copolymer: Preliminary Development. Biomat., Art. Cell, Art. Org., 1988; 16(4): 747-769.

  • Erickson C. Surface Energies and the Bone Induction Principle. J. of Biomedical Materials Research; 1985; 19:833-849.

  • Ashman A, Bruins P. Porous Plastic Implants Grow Attached tBone and Tissue. Paper presented tthe Annual Meeting of the Society of Plastics Engineers, Chicago, IL, May 2-5, 1983.

  • Ashman A, Bruins, P. A New Immediate Hard Tissue Replacement (HTR™) for Bone in the Oral Cavity. J.of Oral Implantology, 1982; 10(3):419-452.

  • Nathanson D, Gettleman L, et al. Histological Response tPorous PMMA Implant Materials. J. of Biomedical Materials Research 1978; 12:13-33.

  • Ashman A, Moss ML. Implantation of Porous Polymethylmethacrylate Resin for Tooth and Bone Replacement. J.of Prosthetic Dent. June 1977; 37(6): 657-665.

  • Ashman A. On Implantable Materials. N. Y.J. of Dent. July 1974; 44(6):180-185.

  • Ashman A. The Dramatic Future of the Polymers in Dentistry. N.Y. J. of Dent. Dec. 1972; 42(10): 331-341.

  • Ashman A. Endosseous Implants - A Vital Adjunct tRehabilitation. N.Y. J. of Dent. Feb. 1971.

  • Ashman A. Endosseous Implants - A Vital Adjunct tRehabilitation: A Continuing Report; Four Year Approach Study. Oral Health, May 1971; 61(5).

  • Schmier MG, Powers DL, et al. Incorporation of HTR Polymer and Autogenic Cortical Bone Grafts. Abstract.

  • Zikk D, Rapapport Y. HTR™ (Hard Tissue Replacement): A New Middle Ear Implant Material. University of Tel-Aviv, Israel (in Publication).

  • Kroneman JH, et al. Microbiologic Evaluation of Polyhema as a Root Canal Filling Material. Oral Surgery, Oral Medicine, Oral Pathology. 48(2):175-177.

STUDIES/3 (12/01)

REPLACEMENT THERAPY/3 (11/03)

BIOPLANT INC. PUBLICATION LIST

Replacement Therapy

  • Groba R, Extraction, Bone Graft & Immediate Placement of Six-Unit Permanent Bridge, Dentaltown, Nov.2003, Vol.,4/Issue 11, 78-80.

  • Nazarian A, Quick and Comfortable Healing with Bioplant, The Profitable Dentist, October 2002, Issue #174, 5 - 7.

  • Groba R, Using synthetic bone for hard tissue replacement, DentalTown, July 2002, 3:7,66-68.

  • Gross J, Grafting the Extraction Socket: a Cosmetic and Funtional Approach tSurgery, Contemporary Esthetics and Restorative Practice: April 2002, 6(4), 49-51.

  • D'Orazi R, Post-extraction socket grafting using Bioplant SSD(Single Socket Dose) synthetic bone material Dental Products Report: March 2002,58-59.

  • Huys L. In Search of the Ideal Bone Graft, Medical Device Technology: March 2002.pp.35-39.

  • Huys L, Hard Tissue Replacement Dentist News, February 15, 20002; 13-20.

  • Bolouri A, Haghighat N, et al. Evaluation of the Effect of Immediate Grafting of Mandibular Postextraction Sockets with Synthetic Bone. Compendium November 2001; 22 (11), November 2001.

  • Glickman R, A Model tEvaluate Bone Substitutes for Immediate Implant Placement, Implant Dentistry, 2001; 10(3): 209-214.

  • Ashman A, Ridge Preservation Techniques Using Bioplant® HTR® and Biofoil™ Dental Implantology Update July 2001; 11(7): 49-53.

  • Huys L, Replacement Therapy and the Immediate Post-Extraction Dental Implant Implant Dentistry, 2001; 10(2): 93-102.

  • Ashman A., Benefits of immediate treatment of the empty tooth socket post-extraction Dental Products Report, April 2001; 35(4): 106-109.

  • Gross J, Using HTR® and Biofoil™ in Ridge Preservation Immediately After Extraction Contemporary Esthetics, February 2001; 5(2): 78-92.

  • Gross J, Ashman A. Synthetic Osseous Grafting A Necessary Component tOral Reconstruction Biomaterials Engineering and Devices: Human Applications, 2000;Vol.2 (Chapt.8): 133-154.

  • Ashman A., Ridge Preservation: Important buzzwords in dentistry. General Dentistry May/June 2000; 48 (3): 304-312.

  • Carl W., Ikner C. Dental Extractions after Radiation Therapy in the Head and Neck Area and Hard Tissue Replacement (HTR) Therapy: A Preliminary Study. J. of Prosthetic Dent March 1998; 79(3): 317-322.

  • Gross J. Bone Grafting Materials for Dental Applications: A Practical Guide. Compendium, October 1997; 18(10): 1013-1038.

  • Vassos, David Stabilizing Dentures on a Severely Resorbed Mandible Dentistry Today February 1997; 89-93.

  • Gross J. Suturing Techniques for Advanced Extraction Therapy Dentistry Today December 1996;15:11.

  • Christensen GJ Ridge Preservation: Why Not? JADA May 1996; Vol.127: 669-670.

  • Christensen GJ. Post-extraction Ridge Preservation. CRA Newsletter: December 1995; 19(12).

  • Boyne PJ. Use of HTR in Tooth Extraction Sockets tMaintain Alveolar Ridge Height and Increase Concentration of Alveolar Bone Matrix. General Dentistry,September/October1995; 43(5): 470-473.?

  • Ashman A. Ridge Preservation: The Future Practice of Dentistry. Dental Economics, August 1995, 80-83.

  • Cranin AN, Simons A, et al. The Use of a Particulate, Microporous, Calcified Copolymer as a Ridge Maintenance Device in Dogs. J. of Veterinary Dentistry, August 1995; 12(2): 53-58.

  • Gross J. A Guide tRidge Preservation Using HTR® Synthetic Bone Following Tooth Extraction. General Dentistry, July-August 1995; 43(4): 364-367.

  • Lane, AD. HTR Polymer Synthetic Bone Grafting Material. The Probe; May 1994; 36(5):1, 46-47.

  • Ashman A, Froum S, Rosenlicht J. Replacement Therapy. NYSDJ, October 1994; 12-15.

  • Ashman A. Clinical Applications of Synthetic Bone in Dentistry-Part II. General Dentistry, February 1993; 41(1): 37-44.

  • Ashman A. Using Synthetic Bone for Ridge Maintenance. GP Insider, February 1993.

  • Toothaker RW, Nagy WW. Protection of Recent Extraction Sites when Fabricating Immediate Acrylic Interim Fixed Restorations. The J. of Prosthetic Dent., February 1993; 69(2):232-233.

  • Rosenlicht JL, Ashman A. Ridge Preservation: Addressing a Major Problem in Dentistry. Dentistry Today 1993; 12(8): 80-84.

  • Ashman A. The Use of Synthetic Bone Materials in Dentistry. Compendium Nov. 1992; XIII (11): 1020-1034.

  • Marzola C, FilhHN, et al. Report from Brazil: Hard Tissue Replacement Implants. J. of Oral Implantology, 1992; 18399-18405.

  • Ashman A. Use of Polymeric, Ceramic and Other Materials as Synthetic Bone in Implantology. Endosteal Dental Implants. McKinney Ed. 1991; Mosby Chap. 34:427-437.

  • Concha EA, Diaz AV. Injertos aloplasticos en la reconstitucion osea experiencia clinica con HTR™. Rev Dent Chile, 1991; 82(1): 25-29.

  • Ashman A. Applications of HTR Polymer in Dentistry. Compendium 1988; (suppl 10): 330-336.

  • Ashman A. The Introduction and History of HTR Polymer. Compendium 1988;

  • Norman, BA. HTR Polymer Bone-Grafting Material: A Clinical Survey of 647 Cases. Compendium 1987; VIII (10): 821-822.

  • Ashman A, Bruins P. Prevention of Alveolar Bone Loss Post Extraction with HTR™ Grafting Material. J.of Oral Surgery, Oral Medicine, Oral Pathology August 1985; 60(2):146-153.

  • Ashman A, Bruins P. HTR™ (Hard Tissue Replacement) for Edentulous Ridge Augmentation. New York Journal of Dentistry, August 1983; 53:387-392.

  • Ashman A, Bruins, P. A New Immediate Hard Tissue Replacement (HTR™) for Bone in the Oral Cavity. J.of Oral Implantology, 1982; 10(3):419-452.

  • Ashman A. Acrylic Resin Tooth Implant: A Progress Report III. J. of Prosthetic Dent. March 1973; 29(5).

  • Lam RV. Effect of Root Implants on Resorption of Residual Ridges. J. of Prosthetic Dent. 1972; 27(3): 311-321.

  • Ashman A. Acrylic Resin Tooth Implant: A Progress Report II. N.Y. J.of Dent, February 1971; 41(2).

  • Ashman A. Acrylic Resin Tooth Implant: A Progress Report. J. of Prosthetic Dent. March 1971; 25(3): 365-374.

  • Ashman A. Acrylic Resin Tooth Implant - A Case Report. Oral Implantology, 1970; 1(2).

  • Ashman A. Preventive Dentistry. Dental Concepts, Fall 1967.

Use With Implants (Replacement Therapy™(9/03)

BIOPLANT INC.
PUBLICATION LIST

Use With Implants (Replacement Therapy™)

  • Yukna R. et al. Use of HTR Synthetic Bone Grafts in Conjunction with Dental Implants, Compendium, September 2003; 24(9):649-658.

  • Yukna R, et al, Evaluation of Hard Tissue Replacement Composit Graft Material as a Ridge Preservation/Augmentation Material in Conjunction with Immediate Hydroxyapatite-Coated Dental Implants:Case Series, Journal of Periodontology, 2003;74(5), pp. 679-686.

  • Yukna R,et al, Use of HTR Synthetic Bone as an Augmentation Material in Conjunction with Immediate Implant Placement: A Case Report, Journal of Oral Implantology, 2003;29(1), pp. 24-28.

  • Mayer,E. Yukna, R.A. 3558 Evaluation of polymeric synthetic bone ridge preservation with immediate dental implants, Journal of Dental Research 2002 San Diego, abstract.

  • Ashman A, LoPintJ. Placement of Implants IntRidges Grafted With Bioplant HTR Synthetic Bone: Histological Long-Term Case History Reports, Journal of Oral Implantology, 2000; 26(4), pp. 276-290.

  • Glickman R, A Model tEvaluate Bone Substitutes for Immediate Implant Placement, Implant Dentistry, 2001; 10(3): 209-214

  • Ashman A, Ridge Preservation Techniques Using Bioplant® HTR® and Biofoil™ Dental Implantology Update July 2001, 11(7): 49-53.

  • Huys L, Replacement Therapy and the Immediate Post-Extraction Dental Implant Implant Dentistry 2001, 10(2), 93-102.

  • Gross J., Ashman A. Synthetic Osseous Grafting A Necessary Component tOral Reconstruction Biomaterials Engineering and Devices: Human Applications, 2000; Vol.2(Chapt. 8): 133-154.

  • Ashman A, Postextraction Ridge Preservation Using a Synthetic Alloplast Implant Dentistry, 2000; 9(2): 168-176.

  • Froum,S., Orlowski,W., Ridge Preservation Utilizing an Alloplast Prior tImplant Placement - Clinical and Histological Case Reports Practical Periodontics & Aesthetic Dentistry, May 2000; 12(4): 393-404.

  • Ashman A., Ridge preservation: Important buzzwords in dentistry General Dentistry, May-June 2000; 48(3): 304-312.

  • Huys L., Van Hecke E., Implant Placement in Ridges Grafted with Three Different Alloplasts 5th Mediterranean Congress of Oral and Maxillofacial Surgery Terrasini, Italy June 1999; 121-125.

  • Passi P., GirardellG., et al,Synthetic bone grafts in peri-implant bone dehiscences: Histological results in humans General Dentistry May-June 1999; 290-295.

  • Harris A.G., Ashman A, Five Year 224 Patient Prospective Histological Study of Clinical Applications Using a Synthetic Bone Alloplast Implant Dentistry 1998; 7:4, 287-298.

  • Huys L. Replacement Therapy: The way tPerform Dentistry in the New Millenium CCOS - ATTI proceedings Nov 13, 14 1998 TorinItaly ; 57-60.

  • Ashman A. Bioplant HTR Synthetic Bone Grafts in Conjunction with Implant Placements:The Why? and Where? Implant Dentistry May 1996; 2(3): 5-7.

  • Gross J. Bone Grafting Materials for Dental Applications: A Practical Guide. Compendium,October 1997; 1013-1038.

  • Ashman A. Ridge Preservation: The New Buzzword in Dentistry. The Implant Society, 1995;6:1.

  • Ashman A. Ridge Preservation: The Future Practice of Dentistry. Dental Economics, Aug. 1995; 80-83.

  • Ashman A, LoPintJ, Rosenlicht J. Ridge Augmentation for Immediate Postextraction Implants. Practical Periodontics and Aesthetic Dentistry, March 1995; 7(2): 85-95.

  • GirardellG, et al. Applicazioni Del PolimerHTR in Chirurgia Orale. Il Dentista Moderno, 1995; 44-48.

  • Ashman A, Froum S, Rosenlicht J. Replacement Therapy. NYSDJ, October 1994; 12-15.

  • Ashman A. Clinical Applications of Synthetic Bone in Dentistry-Part II. General Dentistry February 1993; 41(1): 37-44.

  • Perel ML. Synthetic Bone Material as Particulate Matter in Conjunction with Endosseous Implants. Dental Implantology Update. The International Forum for Continuing Education March 1993; 4(3): 1-21.

  • Rosenlicht JL. Immediate Postextraction Placement of an Alloplast and Titanium Screw Implant: A Seven-Year Case Presentation. Practical Periodontics and Aesthetic Dentistry 1993; 5(9): 53-55.

  • Ashman A. The Use of Synthetic Bone Materials in Dentistry. Compendium Nov. 1992; XIII (11): 1020-1034.

  • Ashman A. Clinical Applications of Synthetic Bone in Dentistry-Part I. General Dentistry Nov.-December 1992; 40 (6): 481-487.

  • Ashman A. Use of Polymeric, Ceramic and Other Materials as Synthetic Bone in Implantology. Endosteal Dental Implants. McKinney Ed. 1991; Mosby Chap. 34:427-437.

  • Cranin AN, Simons A, Klein M, A Sirakian, Ashman A. The Use of a Polymeric Bone Substitute Material in the Repair of Osseous Defects of the Jaws Associated with Failing Implants. Chirurgia MaxillFacciale, VII CongressNazionale Maxillo-Facciale, Ischia, 28-31 Maggi1991; 1011-1015.

  • Ashman A. Synthetic Bone and Implants: A Winning Combination. Dentistry Today September 1990; 1-5.

  • Ashman A. An Immediate Tooth Root Replacement: An Implant Cylinder and Synthetic Bone Combination. J.of Oral Implantology 1990; XVI (1): 28-38.

  • Ashman A. Applications of HTR Polymer in Dentistry. Compendium 1988; (suppl 10):330-336.

  • Ashman A. The Introduction and History of HTR Polymer. Compendium 1988; (suppl 10): 318-320.

  • Ashman A Bruins, P. A New Immediate Hard Tissue Replacement (HTR™) for Bone in the Oral Cavity. J. of Oral Implantology, 1982, 10(3):419-452.

  • Branemark PI, Hansson BO, Adell R. Osseointegrated Implants in the Treatment of the Edentulous Jaw. Publ. Almquist & Wiksell Int. 1977.

PeriUses (12/01)

BIOPLANT INC.

PUBLICATION LIST

Periodontal Uses


  • Calongne K, Aichelmann-Reidy M, Yukna R. et al. Clinical Comparison of Microporous Biocompatible Composite of PMMA, PHEMA and Calcium Hydroxide Grafts and Expanded Polytetrafluoroethylene Barrier Membranes in Human Mandibular Molar Class II Furcations. A Case Series. J Periodontol, October 2001; 72 (10) 1451-1459.

  • Hitzig C, Charbit Y, Ponchet Y. The Rational for Extractions during Periodontal
    Surgery. J. of the Israel Dental Association, January 1999; 16 (1).

  • Murray V. Anterior Ridge Preservation and Augmentation Using a Synthetic Osseous Replacement Graft Compendium, January 1998; 19(1): 69-77.

  • Yukna RA, Yukna C. Six Year Clinical Evaluation of HTR Synthetic Bone Grafts in Human Grade II Molar Furcations. J. Periodont Res, 1997; 32: 627-633.

  • Froum S. Human Histologic Evaluation of HTR® Polymer and Freeze-dried Bone Allograft. J. Clin Periodontol 996 23: 615-620.

  • Ashman A, LoPintJ, Rosenlicht J. Ridge Augmentation for Immediate Postextraction Implants. Practical Periodontics and Aesthetic Dentistry, March 1995; 7(2): 85-95.

  • Yukna, RA. Clinical Evaluation of HTR Polymer Bone Replacement Grafts in Human Mandibular Grade II Molar Furcations. J. of Periodontology, April 1994; 65(4):342-349.

  • Ashman A. Clinical Applications of Synthetic Bone in Dentistry-Part II. General Dentistry February 1993; 41(1): 37-44.

  • Shahmiri S, Singh IJ, et al. Clinical Response tthe Use of HTR Polymer Implant in Human Intrabony Lesions. International Journal of Periodontics and Restorative Dentistry, November 1992; 12(4): 295-299.

  • Borghetti A, Louise F, Kerebel B. Evaluation Clinique et Histologique de l'implantation d'une Resine Microporeuse en Parodontie. Rapport d'un cas a 13 mois. J Parodontol 1992; 10:269-275

  • Louise FR, Borghetti AF. New Developments in Synthetic Bone Replacement Materials. Periodontology and Restorative Dentistry, 1992; 97-103.

  • Yukna RA, Greer RO, Jr. Human Gingival Tissue Response tHTR Polymer. Journal of Biomedical Materials Research 1992; 26: 517-527.

  • Murray VK. Polymer Implant in a Periodontal Defect: Reentry at 3 Years. Compendium , January 1991; 13(11):844-848.

  • Murray VK. Polymer Implantation in Periodontic Endodontic Lesions: TwCase Reports. NYSDJ January 1991; 25-27.

  • Ashman A. Use of Polymeric, Ceramic and Other Materials as Synthetic Bone in Implantology. Endosteal Dental Implants. McKinney Ed. 1991; Mosby Chap. 34:427-437.

  • Stahl SS, Froum SJ, et al. Human Clinical and Histological Responses tthe Placement of HTR Polymer Particles in 11 Intrabony Lesions. J. of Periodontology May 1990; 61:269-274.

  • Yukna RA. HTR polymer Grafts in Human Periodontal Osseous Defects: 6 Month Clinical Results. J. of Periodontology October 1990; 61:633-642.

  • Mellonig JT, Bowers GM. Regenerating Bone in Clinical Periodontics. JADA, 1990; 121:497-502.

  • Kamen PR. Attachment of Human Oral Fibroblasts tGranular Polymeric Implant for Hard Tissue Replacement. J. of Oral Implantology January 1989; XV (1): 52-56.

  • Yukna RA, Ramey CN. HTR polymer Grafts Compared tSurgical Debridement in Periodontal Osseous Defects. World Congress on Implantology and Biomaterials Abstract. March 1989.

  • Phillips B, Babcock-Goodman S, et al. Gain of Attachment in Human Periodontal Defects with HTR polymer Grafts. J.of Dental Research, 1989; 68(Spec. Issue):933 (Abstr. 533).

  • Suzuki JB, Babcock-Goodman S, et al. Comparison of Clinical Healing of Human Periodontal Defects with HTR polymer Synthetic Grafts. J.of Dental Research, 1989; 68(Spec Issue):409 abstr. 1822).

  • Ashman A. Applications of HTR Polymer in Dentistry. Compendium 1988;(suppl 10): 330-336.

  • Ashman A, Murray V. The Effect of HTR™ Polymer on Fill of Periodontal Osseous Defects. Compendium 1988, (suppl 10). pp 53-59

  • Kamen PR. Attachment of Oral Fibroblasts tHTR Polymer. Compendium 1988; (suppl10): 350-352.

  • Murray VK. Clinical Applications of HTR Polymer in Periodontal Surgery. Compendium 1988; 9(suppl 10): S342-S347.

  • Shamiri S, Mohajer K, Stahl SS. Initial Clinical Responses in Human Intrabony Pockets tHTR Polymer Graft Implants. Compendium 1988; (suppl 10): 348-349.

  • Norman, BA. HTR Polymer Bone-Grafting Material: A Clinical Survey of 647 Cases. Compendium 1987; VIII (10):821-822.

  • Hitzig C, Hitzig N, Charbit Y. Alveolar Ridge Preservation: Short Term Results in Periodontally Involved Patients. 1996 (in publication).

USE IN ORAL SURGERY/4/02)

BIOPLANT INC.
PUBLICATION LIST

USE IN ORAL SURGERY

  • Ashman A, LoPintJ. Placement of Implants IntRidges Grafted With Bioplant HTR Synthetic Bone: Histological Long-Term Case History Reports, Journal of Oral Implantology, 2000; 26(4),pp. 276-290.

  • Gross J., Ashman A. Synthetic Osseous Grafting A Necessary Component tOral Reconstruction Biomaterials Engineering and Devices: Human Applications, 2000; Vol.2(Chapt.8): 133-154.

  • Hrabak K, SzabG, Ewerw R, 2D and 3D Computer Tomography and Sinus Graft Analysis with Various Graft Materials Journal of Long-Term Effects of Medical Implants, 1999; 9(3):223-233.

  • Szabo,G., Hrabak, K, Gyulai-Gaal,S. Sinus graft analysis with various graft materials (HTR-Bioplant, Algipore, Cerasorb) 5th Mediterranean Congress of Oral and Maxillofacial Surgery Terrasini, Italy, June 1999; 16-20.

  • Marthy S, Richter M, Human Immunodeficiency Virus Activity in Rib Allografts J oral Maxillofac Surg 1998; 56:474-476.

  • Szabo, G., Suba, Z. HTR Synthetic Bone and Long-Range Human Histological Examinations.

  • 4th Mediterranean Congress of Oral and Maxillofacial Surgery Antalya, Turkey May 1997 ;24-31.

  • Karras, S., Wolford, L. Augmentation Genioplasty with Hard Tissue Replacement Implants.

  • J. Oral Maxillofacial Surgery, 1998; 50: 549-552.

  • Carl W., Ikner C. Dental Extractions after Radiation Therapy in the Head and Neck Area and Hard Tissue Replacement (HTR) Therapy: A Preliminary Study. J. of Prosthetic Dent March 1998; 79(3): 317-322.

  • Szabo, G, Suba, Z, Barabas,J., Use of Bioplant HTR Synthetic bone teliminate major jawbone defects: long-term human histological examinations. J.of Cranio-Maxillofacial Surger 1997; 25: 63-68.

  • Passi P, GirardellGB, et al. HTR Polymer Grafts with Osseointegrated Implants. A Histological Study in Humans. Dentistry Tomorrow 1996 (3):web.tin.it/dentistry/Issue 96-3.

  • Boyne PJ. Study of the use of HTR in Tooth Extraction Sockets tMaintain Alveolar Ridge Height and tIncrease Concentration of Alveolar Bone Matrix. General Dentistry, September/October 1995; 43 (5): 470-473.

  • GirardellG, et al. Applicazioni Del PolimerHTR in Chirurgia Orale. Il Dentista Moderno, 1995: 44-48.

  • Eppley BL, Sadove MA. Aesthetic Facial Applications of HTR® Polymer Grafts. Experimental and Clinical Results. Intn'l Jnl of Aesthetic and Restorative Surgery, 1994; 2(2): 111-118

  • Lane, AD. HTR Polymer Synthetic Bone Grafting Material. The Probe; May 1994;36(5):1, 46-47.

  • Rosenlicht, JL. Clinical Applications for Synthetic Bone, Part 2: Use with Implant Therapy. Dentistry Today 1994; 13(3): 78-81.

  • Ashman A. Clinical Applications of Synthetic Bone in Dentistry-Part II. General Dentistry February 1993; 41(1): 37-44.

  • Holmstroem H, et al. The Use of Performed HTR™ Polymer Implants for Chin Augmentation. Scandinavian Journal of Plastic and Reconstructive Hand Surgery; 1993; 27:1-4.

  • Ashman A. The Use of Synthetic Bone Materials in Dentistry. Compendium November 1992; XIII (11): 1020-1034.

  • Ashman A. Clinical Applications of Synthetic Bone in Dentistry-Part I. General Dentistry Nov.-Dec. 1992; 40 (6): 481-487.

  • SzabG. Bioanyagok alkalmazasa prevencies restauraciceljabol. Fogorvosi Szemle, 1992; 85: 65-69.

  • Salman L., Kinney L. Clinical Response of Hard Tissue Replacement ( HTR) Polymer as an Implant Material in Oral Surgery patients. J.of Oral Implantology 1992; XVIII (1):24-2

  • SzabG, et al. HTR Polymer and Sinus Elevation: A Human Histologic Evaluation.

  • J.of Long-Term Effects of Medical Implants, 1992; 2(1):81-92.

  • Concha EA, Diaz AV. Injertos aloplasticos en la reconstitucion osea experiencia clinica con HTR™. Rev Dent Chile, 1991; 82(1): 25-29.

  • Ashman A. Use of Polymeric, Ceramic and Other Materials as Synthetic Bone in Implantology. Endosteal Dental Implants. McKinney Ed. 1991; Mosby Chap. 34:427-437.

  • Zsuzsanna S, Gyorgy S, et al. Tapasztalatok a HTR polymer Klinikai alkalmazasaval Sinus elevatio, human szovettani vizsgalatok. Fogorvosi Szemle, 1991; 4: 75-81.

  • Turk AE, Ishida K, et al. Reconstruction of Large Cranial Defects with Resorbable Lactomer Beads and Bovine Osteogenic Protein Preparation. Plastic Surgery Research Council Abstract April 1990.

  • Eppley BL, Sadove MA, et al.. Evaluation of HTR Polymer as a Craniomaxillofacial Graft Material. Plastics and Reconstructive Surgery Dec. 1990; 86 (6): 1085-1092.

  • Binderman I, Fine N. An Improved Procedure for Alveolar Ridge Augmentation tEnhance Anchorage of Bone Substitute Materials by Bone. The 3rd International Congress of Implantology and Biomaterials in Stomatology Abstract April 1988.

  • Ashman A. Applications of HTR Polymer in Dentistry. Compendium 1988; (suppl 10): 330-336.

  • Cranin NA. A Polymeric Bone Replacement Material in Human Oral and Maxillofacial Surgery. Compendium 1988; (suppl 10): 321-329.

  • Torgerson RD. The Physical and Mechanical Properties of a Porous Polymer Ridge Augment Implant. Abstract. presented Biomaterial Society March 1987.

  • Norman, BA. HTR Polymer Bone-Grafting Material: A Clinical Survey of 647 Cases. Compendium 1987; VIII (10):821-822.

  • Ashman A, Neuwirth S, et al. The HTR™ Molded Ridge for Alveolar Augmentation-An Alternative the Subperiostal Implant, Autogenous Bone graft, or Injectable Bone Grafting.

  • Materials. J of Oral Implantology 1986; XII(4):556-574.

  • Ashman A, Neuwirth SE, et al. HTR™ (Hard Tissue Replacement) for Edentulous Ridge Augmentation. N. Y.J. of Dent. Aug. 1983.

  • Ashman A, Bruins, P. A New Immediate Hard Tissue Replacement (HTR™) for Bone in the Oral Cavity. J.of Oral Implantology, 1982; 10(3):419-452.

  • Leake, D. HTR Polymer: Present and Future Applications. Compendium, (Suppl. 10) S328-S329.

  • Warnick RE, Ransohoff, J. Use of Hard Tissue Replacement (HTR polymer) for Repair of Cranial Defects. Abstract Department of Neurosurgery, New York University.

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BIOPLANT INC.
PUBLICATION LIST

NON-DENTAL

  • Haris A.G., SzabG, Ashman A. Five-Year 224-Patient Prospective Histological Study of Clinbical Applications Using a Synthetic Bone Alloplast, Implant Dentistry: Vol. 7, No. 4, 1998., 287-299.

  • Petit Jean-Claude, Ripamonti Ugo, Tissue Segregation Enhances Calvarial Osteogenesis in Adult Primates, The Journal of Craniofacial Surgery Vol.5; No. 1: February 1994.

  • Isaksson Sten, Influence of three alloplastic materials on calvarial bone healing Int. J. Oral Maxillofac. Surg. Vol.22 1993, 375-381.

  • Ripamonti Ugo, Petit Jean-Cl,aude, Immediate reconstruction of massive cranio-orbito-facial defects with allogeneic and alloplastic matrices in baboons Journal of Cranio-Maxillo-Facial Surgery Vol. 21, 1993, 302-308.

  • Donohue William, A Comparison of the Effects of TwHydroxyapatites and Methacrylate Resin on Bone Formation in the Rat Ilium The Int. J. of Oral & Maxillofacial Implants, Vol. 8 No. 1,1993, 75-82.

  • Holmstrom H, The Use of Preformed HTR® Polymer Implants for Chin Augentation;Scand J. Plast Reconstr. Hand Surg Vol 27: 1993, 1-4.

  • Pearsall A, The Ultrastructural Architecture of the Tissue/Hard-Tissue Replacement Interface J Oral Maxillofac Surg Vol 50; 1992, 375-384.

  • Skowronski D; Synthetic Grafting Material for Cervical Spine Arthrodesis, The 15th Annual Meeting of the Society for Biomaterials; April 28-May2, 1989.

  • Damien C.J., Bone Defrct Repair Using Particulate and Molded Polymer Implants in Load Bearing and Non-load Bearing Models; The 15th Annual Meeting of the Society of Biomaterials April 28-May 2, 1989.

  • Eppley B. Evaluation of HTR Polymer as a Craniomaxillofacial Graft Material, Plastic and Reconstructive Surgery, December 1990;pp 1085-1092.

  • Eppley B, Effects of Material Porosity on Implant Bonding Strngth in a Craniofacial Model, The Journal of Craniofacial Surgery; Vol. 1;No.4, October 1990; pp 191- 195.

  • Amler M.H., Hard tissue replacement (HTR) polymer as an implant material, Journal of Biomedical Materials Research, Vol 24, 1990; pp 1079-1089.

  • Salman L, Clinical Response of Hard Tissue Replacement (HTR) Polymer as an Implant Material in Oral Surgery Patients, Journal of Oral Implantology, Vol. XVIII; NO> 1 1992. pp.24-28.

  • Binderman I, Grafts of HTR Polymer Versus Kiel Bone in Experimental Long Bone Defects in Rats Special Technical Publicatgion 953 - 1988.

  • Boyne P, Bone Inductive Effects of Skeletal Growth Factor with Hydroxylapatite and Synthetic Matrices.

  • Cranin A.N., The use of a polymeric bone substitute material in the repair of osseous defects of the jaws associated with failing implants VII CongressNazionale di Chirurgia Maxillo-Facciale 28-31 1991,1011-1015.

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BIOPLANT INC.
PUBLICATION LIST

FOREIGN LANGUAGE

FRENCH

  • Ashman A. Applicatgions cliniques d'un os synthetique en dentisterie General Dentistry November/December 1992-Jan./Feb. 1993.

  • Ashman A. Un substitut osseux synthetique: le standard therapeutique du futur Implant 5:1 1999, 41-44.

  • Bacos C. Reponse Clinique a un os synthetique: le Bioplant HTR Implant 4:3 1998, 213-219.

  • Borghetti A., Louise F., Kerebel B., Evaluation Clinique et Histologique de L'Implantation D'une Resine Microporeuse en Parodontie Rapport D'un Cas A 13 mois. Journal de Parodontologie Vol. 10 N3/91, 269-275.

  • Ashman A. Emploi d'os synthetique Maintenir la Crete Dentist News No. 6 December 1993, 20-23.

  • Ashman A. Emploi des materiaux osseux de synthese en dentisterie Le Journal du Dentiste No.55, 1993, 4-6.

  • Ashman A. Emploi D'os Synthetique Maintenir la Crete apres extraction Le Chirurgien Dentiste de France No. 692 Du 3 Mars 1994, 27-30.

ITALIAN

  • Ripari M,Annibali S et al. Graft materials in oral Surgery: survey of the Italian marketplace and literature review.

  • GirardellG. Applicazioni cliniche di un osssinteticin odontoiatria: l'H.T.R. Polimer (HardTissue Replacement) Altualita Dentale N. 8 1998 Ann5, 6-21.

  • GirardellG.Applicazioni Del PolimerHTR in Chirurgia Orale Il Dentista ModernN. 2 1995 AnnXIII, 39/175- 48/184.

  • GirardellG., Varrese M., ZadrA., Passi P. Il polimerHTR quale sostitutdell osso. Il CongressNazionale del collegidei Docente a Odontoiatrica Roma Palazzdei Congressi March 1995, 16-19.

  • Passi P., Marin V., GirardellG. Il Polimero HTR Nella Rigenerazione Guidata Dei Tessuti Il Dentista Moderno Marz1997, 59-68.

  • Ghiraldelli F. Applicazioni cliniche dell HTR Polymer Come materiale da Inneste Ossei Il Dentista Modern7;1993.

  • SzabG, Suba Z, Barabas J. Usdi osssintetico HTR per eliminare I maggiori difetti dei mascellari: esami istologici umani a lungtermine Attualita Dentale N. 3-99 Pag 21.

HUNGARIAN

  • Szabg. Bioanyagok alkalmazasa prevencies restauraciceljabol Fogorvosi Szemle 1992 85: 65-69.

  • Suba Z., SzabG., Haris A. Tapasztalatok a HTR polymer klinikai alkalmazasaval Sinus elevatihuman szovettani vizsgalatok Fogorvosi Szemle 1991, 84: 75-81.

SPANISH

  • Marinez-Gonzalez M.,Alobera Gracia M, Del CantPingarrM. Valoracion clinico-radiologica tras la aplicacion de polimerHTR en la cirugia del tercer molar inferior retenido, Avences en Odontoestomatologia 1999; 15: 347-55.

  • Marinez-Gonzalez M., DoradC., Furio-Baccte V. Estudide la neoformacion osea tras la aplicacion de polimerHTR Avances en Periodoncia 1997, 3:121-131.

  • MorenE., Lorey U. Elevacion del sueldel senmaxiliar Con fines Implantologicos No.42, 1992, 7-12.

  • Concha E., diaz A., Injertos aloplasticos en la reconstitucion osea experiencia clinic con HTR Rev Dent Chile 1991: 82(1): 25-29.

  • Ashman A. ReemplazInmediatde Raices de Dientes: Una combinacion de implantes cilindricos y huessinteticGaceta Implantologica No. 13: 1991, 5-18.

GERMAN

  • Ashman A., LoPintJ. Die Insertion von Implantaten in Kieferfortsatze nach Kieferkamm Augmentation mit Bioplant HTR synthetischen Knochentransplantaten Eine retrospktive 12 Jahrige humanhistologische Studie Implantologie Journal III/98, 13-22.

DUTCH

  • Huys L. HTR: Het Volwaardig Botvervangend alternatief in de Orale Chirurgie De Naturoloog No.6: 1995, 33-35.

RUSSIAN

  • Ashman A. Russian Journal March 1997

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