Repository: UIHistories Project: Board of Trustees Minutes - 1970 [PAGE 770]

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770

BOARD O F T R U S T E E S

[January

21

The Committee recommends that the rights of the University in this invention be assigned to the University of Illinois Foundation for study and possible patent application. 6. Use of cyanuric chloride as a condensing agent — Floyd J. Green, Technical Director, Matheson, Coleman, and Bell Division of Will-Ross Corporation, Nicholas G. Grand, Professor of Oral Pathology, Medical Center, and Philip P. Goland, Research Associate, Department of Pedodontics, Medical Center, inventors; developed under the sponsorship of the United States Public Health Service. Studies show that cyanuric chloride, which is otherwise insoluble in water, can be rendered soluble in water and readied for use as a condensing agent by first solubilizing it in a suitable lactam type solvent. This method of solubilization of cyanuric chloride in water is of importance since the solvent milieu, water, is essential to many condensation reactions. The Committee recommends that the rights of the University in this invention be assigned to the inventors to the extent that they contributed to the idea. 7. Method of treatment of deep-seated caries and dental pulp — Philip P. Goland, Research Associate, Department of Pedodontics, Medical Center, Eugenio Zerlotti, former Assistant Professor, Department of Histology, Medical Center, and Orlando Ayrton de Toledo, Head, Department of Pedodontics, Faculdade de Odontologia de Aracatuba, Sao Paulo, Brazil, inventors; developed under the sponsorship of the United States Public Health Service. T h e use of halo-s-triazinyl compounds as cross-linking and calmative agents for the topical treatment of the tooth has applicability for focal (1) desensitization of cementum, and dentin; (2) the treatment of dentin in deep caries; and (3) the treatment of inflamed pulps. In addition to their cross-linking and calmative action on the pulp, the compounds of the present invention have been found to induce and stimulate reparative processes in the pulp. Their bacteriocytic properties contribute to the sterilization of infected tissues. The Committee recommends that the rights of the University in this invention be assigned to the inventors to the extent that they contributed to the idea. (The Board of Trustees approved assignment of the rights in this invention to the University of Illinois Foundation on September 20, 1967. On November 6, 1969, the Board of Directors of the University of Illinois Foundation voted to assign all rights and interest in all Goland disclosures, patent applications, and patents to T h e Board of Trustees of the University of Illinois.) 8. Water-soluble dichloro-s-triazinyl agents for the therapy of burns and other conditions of the skin and corium — Floyd J. Green, Technical Director, Matheson, Coleman, and Bell Division of Will-Ross Corporation, and Philip P. Goland, Research Associate, Department of Pedodontics, Medical Center, inventors; developed under the sponsorship of the Institutum Divi Thomae. Reactive dichloro-s-triazinyl cross-linking agents can readily establish polymeric products with the superficial layers of the skin and corium where these are pathologically involved or denuded as in burns. These reactive agents become an integral part of the structure of the tissue molecules and help to stabilize these structures, preventing further disintegration and necrosis. The Committee recommends that the rights of the University in this invention be assigned to the inventors to the extent that they contributed to the idea. (The Board of Trustees approved assignment of the rights in this invention to the University of Illinois Foundation, subject to the rights of the Institutum Divi Thomae and with the negotiation of equitable contracts recognizing such rights, on September 20, 1967. On November 6, 1969, the Board of Directors of the University of Illinois Foundation voted to assign all rights and interests in all Goland disclosures, patent applications, and patents to The Board of Trustees of the University of Illinois.) 9» Preparation of stabilized derivatives of animal and plant origin by condensation reaction with halo-s-triazines — Nicholas G. Grand, Professor of Oral Pathology, Medical Center, and Philip P . Goland, Research Associate, Department of Pedodontics, Medical Center, inventors; developed under the sponsorship of the United States Public Health Service. This is a system produced by the chemical bonding of halo-s-triazines, such as cyanuric chloride, chloro-s-triazine dyes and related colorless compounds with various organic agents, materials, and substrates.