Abdul Gaffar - Somerset NJ John J. Grecsek - Trenton NJ
Assignee:
Colgate-Palmolive Company - New York NY
International Classification:
A61K 722 A61K 716
US Classification:
424 54
Abstract:
An antibacterial oral composition effective to promote oral hygiene containing an antibacterial antiplaque agent which normally stains dental surfaces and an additive which reduces such staining without substantially diminishing the antibacterial and antiplaque activity of the agent. Bis-biguanido hexanes, such as chlorohexidine and alexidine, and quaternary ammonium salts, such as benzethonium chloride and cetyl pyridinium chloride are typical examples of antibacterial agents. The antistain additive is 2-phosphono-butane-1,2,4-tricarboxylic acid compound or an orally acceptable salt thereof.
Spray Dried Base Beads For Detergent Compositions Containing Zeolite, Bentonite And Polyphosphate
Free flowing, zeolite-containing spray dried beads, useful for the manufacture of a particulate built syntyhetic nonionic organic detergent composition of reduced zeolite deposition characteristics due to the presence of bentonite and a low content of water soluble silicate or the absence of such silicate, include about 5 to 60% of water softening aluminosilicate (zeolite), about 2 to 40% of bentonite, about 5 to 60% of polyphosphate and up to about 5% of water soluble silicate. Preferably, for least zeolite deposition on the fabrics of laundry washed with the detergent composition, the spray dried beads contain no soluble silicate. Normally the moisture content of the beads will be in the range of about 3 to 12%, not being so high as to interfere with the flowability thereof (and of detergent compositions based on the beads) and not so low as to diminish the moisture content of the bentonite to a point at which it becomes less effective as an anti-deposition agent for the zeolite or zeolite-silicate aggregate and does not disperse readily in wash water. In addition to the polyphosphate, which serves as a very effective builder in these products, other water soluble builders may also be present. The invention also relates to nonionic detergent compositions based on such beads, which may be made by spraying such a nonionic detergent onto the beads so that it is absorbed by them.
Spray Dried Base Beads For Detergent Compositions Containing Zeolite, Bentonite And Polyphosphate
Free flowing, zeolite-containing spray dried beads, useful for the manufacture of a particulate built synthetic nonionic organic detergent composition of reduced zeolite deposition characteristics due to the presence of bentonite and a low content of water soluble silicate or the absence of such silicate, include about 5 to 60% of water softening aluminosilicate (zeolite), about 2 to 40% of bentonite, about 5 to 60% of polyphosphate and up to about 5% of water soluble silicate. Preferably, for least zeolite deposition on the fabrics of laundry washed with the detergent composition, the spray dried beads contain no soluble silicate. Normally the moisture content of the beads will be in the range of about 3 to 12%, not being so high as to interfere with the flowability thereof (and of detergent compositions based on the beads) and not so low as to diminish the moisture content of the bentonite to a point at which it becomes less effective as an anti-deposition agent for the zeolite or zeolite-silicate aggregate and does not disperse readily in wash water. In addition to the polyphosphate, which serves as a very effective builder in these products, other water soluble builders may also be present. The invention also relates to nonionic detergent compositions based on such beads, which may be made by spraying such a nonionic detergent onto the beads so that it is absorbed by them.
Abdul Gaffar - Somerset NJ John J. Grecsek - Trenton NJ
Assignee:
Colgate-Palmolive Company - New York NY
International Classification:
A61K 716
US Classification:
424 49
Abstract:
An oral composition effective to promote oral hygiene containing as an anticalculus agent a 2-phosphono-butane-1,2,4-tricarboxylic acid compound or an orally acceptable salt thereof.
Pfizer
Finance Director
Pfizer Dec 2008 - Jan 2014
Finance Director and Team Leader
Pfizer Mar 2007 - Dec 2008
Finance Director and Team Leader World Wide Commercial Development
Pfizer Feb 2007 - May 2008
Finance Director-- World-Wide Pharmaceutical Operations
Pfizer Apr 2006 - Apr 2007
Finance Director -- Global Budgeting and Forecast
Education:
Tulane University - A.b. Freeman School of Business 1999 - 2001
Master of Business Administration, Masters, Finance
The College of New Jersey 1987 - 1991
Bachelors, Bachelor of Arts, Communications
Skills:
Forecasting Cross Functional Team Leadership Pharmaceutical Industry Strategy Process Improvement Finance Management Analytics Budgets Analysis Competitive Analysis Financial Analysis Executive Management Portfolio Management Revenue Forecasting Strategic Financial Planning Risk Management Product Management P&L Management Mergers and Acquisitions Financial Planning Strategic Planning Business Process Improvement Budgeting