The mixture of eugenol and zinc oxide resulted in a lignin-like polymer; this was verified by spectroscopy. 14C-eugenol with high specific activity was synthesized and administered intraperitoneally to rats. 14C-eugenol was subsequently found in all tissues. Chromatography was used for separation and quantitation of this compound.
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References
1.
Frisch, J., and Bhaskar, S.N.: Tissue Response to Eugenol Containing Periodontal Dressings, J Periodontics, 38:402-408, 1968.
2.
Waerhaug, J. , and Löe, H.: Tissue Reaction to Gingivectomy Pack, Oral Surgery10:923-937, 1957.
3.
Ward, A.W.: The Surgical Eradication of Pyorrhea, JADA15:2146-2156, 1928.
4.
Ward, A.W.: Postoperative Care in the Surgical Treatment of Pyorrhea, JADA16: 635-640, 1929.
Becek, M.R. : One Setting Root Canal Therapy Employing Immediate Root Resection and Zinc Oxide-Eugenol as a Root Canal Filling Material, J Philippine Dent Assoc13:6-11, 1960.
13.
Hamilton, R.E. : Endotherapy and Immediate Root Resection Employing Zinc Oxide-Eugenol as a Filling Material, Texas Dent J81:11-13, 1963.
14.
Neilson, T.H. : The Ability of Thirty-Nine Liquid Chelating Agents to Form Cements with Metal Oxides, Respecting Their Usability as Root Canal Filling Materials, Acta Odontol Scand21:159-174, 1963.
Hollander, R.; Hess, M.; and Sober, H.A.: New Technique for Studying Cytology of Gastric Aspirates in Man, J Natl Cancer Inst7:365-366, 1947.
17.
Lauber, R.U. , and Hollander, F.: Toxicity of the Mucigogue, Eugenol, Administered by Stomach Tube to Dogs, Gastroenterology, 15:481-486, 1950.
18.
Sober, H.A. ; Hollander, F.; and Sober, E.K.: Toxicity of Eugenol: Determinations of LD50 on Rats, Proc Soc Exp Biol Med73:148-151, 1950.
19.
Robertson, J.D. : Intravenous Anesthesia and Analgesia, Int Anesthesiol Clin5 :21-68, 1967.
20.
Perkin, W.H., and Trikojus, V.M.: A Synthesis of Safrole and o-Safrole, J Chem Soc [Org] , 1663, 1927 .
21.
Von Auwers, K.: Weitere Beitrage zur Spectrochemie der Bensolderivate , Liebigs Ann Chemie422:174, 1921.
22.
Claisen, L.: Uber Umlagerung von Phenol-allyl-athern im C-allyl-phenole, Ber Dtsch Chemische Geselschafft, 45:3161, 1912.
23.
Bryusova, L.Y. , and Ioffe, M.L.: Synthesis of Eugenol Derivatives, J Gen Chem [USSR] 11:722, 1941 (Chem Abstracts36: 430, 1942).
24.
Sigel, S.M.: Catalytic and Polymerization Directing Properties of Mineral Surfaces. Proc Nat Acad Sci (USA) 43:811-816, 1957.
25.
Kirk-Othmer Encyclopedia of Chemical Technology, 2nd ed, New York: Interscience, 1967, p 363.
26.
Ludwig, C.H.; Nist, B.J.; and Mccarthy, J.L.: Lignin XIII, High Resolution Nuclear Magnetic Resonance Spectroscopy of Protons in Compounds Related to Lignin, J Am Chem Soc86:1186-1196, 1964.
27.
Ludwig, C.H.; Nist, B.J.; and Mccarthy, J.L.: Lignin XIII, High Resolution Nuclear Magnetic Resonance Spectroscopy of Protons in Acetylated Lignins. J Am Chem Soc86:1196-1202, 1964.
28.
Bolkner, H.I. , and Brenner, H.S.: Polymeric Structure of Spruce Lignin, Science170:173, 1970.