NASSER HABEEB, D.D.S., P.C.
Dentist at Clinton Ave, Kingston, NY

License number
New York 031560
Category
Dentist
Type
Periodontics
Address
Address
272 Clinton Ave, Kingston, NY 12401
Phone
(845) 338-4536

Personal information

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Name
Address
Phone
Nasser Habeeb, age 78
257 Albany Ave, Kingston, NY 12401
Nasser G Habeeb, age 78
257 Albany Ave, Kingston, NY 12401
(845) 338-4532
Nasser G Habeeb
255 Albany Ave, Kingston, NY 12401

Organization information

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N. GEORGE HABEEB, D.D.S., PC

272 Clinton Ave, Kingston, NY 12401

Doing business as:
NASSER HABEEB, D.D.S., PC
Registration:
Mar 31, 1983
State ID:
832035
Business type:
DOMESTIC PROFESSIONAL CORPORATION
N. George Habeeb, D.d.s, 272 Clinton Ave, Kingston, NY 12401 (Physical)

Professional information

Nasser Habeeb Photo 1

Treatment For Periodontal Diseases

US Patent:
4370136, Jan 25, 1983
Filed:
May 1, 1981
Appl. No.:
6/259583
Inventors:
Lawrence E. Widman - Glenside PA
Nasser G. Habeeb - Kingston NY
Raymond Z. Darakjian - Englewood Cliffs NJ
International Classification:
A61K 608
US Classification:
433217
Abstract:
Bone resorption from and invagination of epithelial tissue around periodontally involved teeth can be arrested and reversed by coating the affected areas of the tooth roots with a nontoxic, biocompatible composition which acts as a shield against bacterial toxins and which is capable of supporting biological attachment of cells in the gingiva. This treatment allows the periodontally involved region to heal by providing improved physiological and mechanical support of the tooth by its bone socket. In a preferred embodiment of the invention, the treatment involves coating the root surfaces of periodontally involved teeth with a film consisting of a polycarbonate resin in methylene chloride solvent. This invention also provides a process for stopping and reversing resorption of bone from, and invagination of epithelial tissue around, screws, pins, blades, and other metal inserts which have been placed in bones, particularly dental implants placed in alveolar bone. The process involves coating the osseous or subgingival segment of the insert with a nontoxic, bioacceptable composition which is capable of supporting biological attachment of fibroblastic or epithelial cells.