Lectures

* Invited Lectures

(No records kept prior to 1967)

1967

“Modified Null-Point Potentiometry,” 153rd National ACS Meeting, Miami Beach, FL.  April 13.

“Microchemical Determination of Silver by Linear Null-Point Potentiometry,”   Maryland Section – ACS Meeting, Goucher College, Baltimore, MD.  May 5.

* “Null-Point Potentiometry,” 20th Annual Summer Symposium on Analytical Chemistry, Pomona College, CA.  June 22.

“Modification of the Fluoride Ion Activity Electrode for Microchemical Analysis,” 154th National ACS Meeting, Chicago, IL. September 12.

 

1968

“Microanalysis of Fluoride at Subnanogram Levels by Linear Null-Point Potentiometry,” 3rd Middle Atlantic Regional Meeting – ACS, Philadelphia, PA.  February 1.

“Equilibria in Electrochemical Cells,” National Institutes of Health, Bethesda, MD.  February 15.

“Fluoride Microanalysis by Linear Null-Point Potentiometry,” 155th National ACS Meeting, San Francisco, CA.  April 4.

“Electrochemical Generation of Fluoride Ion by Solid-State Transference,” Maryland-Washington Section – ACS, Meeting-in-Miniature, College Park, MD.  May 3.

* “Specific Ion Microanalysis by Linear Null-Point Potentiometry,” American Microchemical Society Meeting, Pennsylvania State University, University Park, PA.  August 22.

 

1969

* “Analytical Applications of Ion-Selective Electrodes,” Symposium on Ion-Selective Electrodes, NBS.  January 31.

* “Present Status and Future Potential of Ion-Selective Electrodes,” Analytical Chemistry Division Seminar, NBS.  October 29.

“Microanalysis Using Ion-Selective Electrodes,” Southeastern Regional Meeting – ACS, Richmond, VA.  November 6.

 

1970

* “Ion-Selective Electrodes and Their Applications,” New York Section of the ACS, New York, NY.  January 8.

“Ion-Selective Electrode Study of Trace Silver Adsorption on Selected Surfaces,” 159th National ACS Meeting, Houston, TX. February 23.

* “Ion-Selective Electrodes in Science, Medicine, and Technology,” Sigma Xi- RESA National Lecture Tour, New York Area: March 9-19.

Adelphi University, Garden City.

Fordham University, New York.

Hunter College, New York.

Clarkson College of Technology, Potsdam.

State University College, Brockport.

State University of New York, Buffalo.

State University of New York, Binghamton.

* “Ion-Selective Electrode Studies at NBS,” University of Connecticut, Storrs, CT.  May 7.

* “Ion-Selective Electrodes,” U. S. Food and Drug Administration, Washington, DC.  June 12.

* “Analytical Applications of Ion-Selective Electrodes,” 23rd Annual Summer Symposium on Analytical Chemistry, New Mexico State University, Las Cruces, NM.  June 19.

* “Ion-Selective Electrode Potentiometry,” NIH-NBS Conference on Meaningful Clinical Analysis Standardization, NBS.  October 9.

* “Ion-Selective Electrode Monitoring of Environmental Pollutants,” 14th Conference on Analytical Chemistry in Nuclear Technology, Gatlinburg, TN.  October 14.

 

1971

* “Ion-Selective Electrodes – Mechanisms and New Directions,” Gordon Research Conference on Electrochemistry, Santa Barbara, CA.  January 18.

* “Analysis of Heavy Metals in Pollution,” Analytical Chemistry Division Scientific Discussion, NBS.  January 27.

*  “Ion-Selective Electrodes – Theory, Characteristics, and Methodology,” Department of Chemistry Seminar, University of Maryland, College Park, MD.  February 19.

“Ion-Selective Electrodes,” Some Current Research in IMR, NBS. February 23.

*  “Ion-Selective Electrodes,” Detroit Section – ACS, Detroit, MI. March 16.

* “Ion-Selective Electrodes,” Department of Chemistry Seminar, Renssalaer Polytechnic Institute, Troy, NY.  March 18.

* “Recent Developments in Ion-Selective Electrodes and Coulometry,” Frontiers in Chemistry Lecture Series, State University College, New Paltz, NY.  May 6.

* “Ion-Selective Electrodes in Science, Medicine, and Technology,” Analytical Chemistry Division Scientific Discussion, NBS.  May 12.

* “Ion-Selective Electrodes for Bioelectrochemical Studies,” NSF Workshop in Bioelectrochemistry, Princeton, NJ.  October 12.

* “Studies of Trace Metals in the Water-Soil-Plant Continuum,” 2nd Trace 19 Metals Symposium, University of Illinois, Urbana, IL.  November 19.

* “Ion-Selective Electrodes,” Conference on Localized Corrosion, National Association of Corrosion Engineers, Williamsburg, VA. December 10.

 

1972

* “Ion-Selective Electrodes,” ACS Lecture Tour – Atlantic Seaboard Circuit:  February 21-24.

Carolina-Piedmont Section, Charlotte, NC.

South Carolina Section, Hartsville, SC.

Savannah River Section, Aiken, SC.

Coastal Empire Section, Statesboro, GA.

* “Ion-Selective Electrodes and Their Applications,” Wagner College, Staten Island, NY.  April 18.

* “Trace and Microchemical Analysis with Ion-Selective Electrodes,” Microchemical Society, East Brunswick, NJ.  April 20.

* “Clinical Calcium Measurements by Ion-Selective Electrodes,” Children’s Hospital Seminar, Paris, France.  May 12.

* “Ion-Selective Electrodes in Science, Medicine, and Technology,” Electrochemical Society of Denmark, Technical Univ. of Denmark, Lyngby, Denmark.  May 15.

* “Pick an Ion, Any Ion,” Summer Seminar, NBS.  July 11.

* “Applications of Ion-Selective Electrodes in the Marine Environment and Pollution Monitoring,” 142nd National Meeting of the Electrochemical Society, Miami Beach, FL.  October 12.

* “Ion-Selective Electrode Studies at NBS,” Department of Chemistry Seminar, University of Florida, Gainesville, FL. October 13.

* “Ion-Selective Electrodes,” Institute of Electrical and Electronics Engineers, National Institute of Health, Bethesda, MD.  November 16.

* “Ion-Selective Electrodes in Science, Medicine, and Technology,” Frontiers in Analytical Chemistry Lecture Series, Northwestern University, Evanston, IL.  November 21.

 

1973

* “Electrochemical Analysis – Present and Future,” 8th Middle Atlantic Regional Meeting, ACS, Washington, DC.  January 16.

* “Clinical Uses of Ion-Selective Electrodes,” Division of Clinical Pathology, University of Maryland Hospital, Baltimore, MD.  March 21.

* “Ion Activity Standards,” IUPAC Symposium on Selective Ion-Sensitive Electrodes, UWIST, Cardiff, Wales.  April 11.

* “Ion-Selective Electrode Response in Biologic Fluids,” The Microcirculatory Society Workshop on Ion-Selective Microelectrodes, Boston University, Boston, MA.  June 4.

* “Introduction to the State of the Art on Ion-Selective Electrodes,” International Symposium on Microchemical Techniques, Pennsylvania State University, University Park, PA.  August 24.

* “Ionic Activity Standards and Electrochemistry at NBS,” Electrochemical Society of Denmark, Technical University of Denmark, Lyngby, Denmark.  November 27.

 

1974

* “Ion-Selective Electrodes and Their Response Characteristics” and “Ion-Selective Electrode Techniques and Problems,” Swiss Romande University Lectures, 3e Cycle en Chimie:

University of Geneva, January 28-29

University of Lausanne, January 30-31.

* “Clinical Instrument Development,” Analytical Chemistry Division Colloquium, NBS.  March 1.

* “Blood Electrolyte Laboratory Prototype,” Radiometer A/S Seminar, Copenhagen, Denmark.  October 11.

 

1975

“Analysis of Environmental Samples by Differential Cathode Ray Polarography and Pulse Anodic Stripping Voltammetry,” 169th National ACS Meeting, Philadelphia, PA.  April 8.

* “Ion-Selective Electrodes – Theory and Applications,” Department of Chemistry Seminar, Howard University, Washington, DC.  April 11.

*  “Automated Sodium/Potassium Measurements in Whole Blood,” Workshop on Blood pH, Gases, and Electrolytes, NBS.  July 7.

* “NBS Standards for pH and Ion Activity Measurements in Biological Fluids,” Workshop on Blood pH, Gases, and Electrolytes, NBS.  July 8.

* “Ion-Selective Electrode Measurements in the Marine Environment,” NOAA Seminar, Rockville, MD.  October 2.

* “Clinical Applications of Ion-Selective Electrodes,” Kodak Research Center, Rochester, NY.  October 16.

 

1976

* “Electrochemical Analysis of Natural Waters,” Analytical Chemistry Division Seminar, NBS.  August 18.

* “Electroanalytical Studies at NBS,” Department of Chemistry Seminar, University of Maryland, College Park, MD.  September 17.

* “In-Situ Monitoring with Ion-Selective Electrodes – Advantages and Pitfalls,” 8th Materials Research Symposium, NBS.  September 21.

“Electrochemical Studies of the Methylmercury Cation,” 8th Materials Research Symposium, NBS.  September 22.

* “NBS Standards for Blood pH Measurements,” Symposium on the 3 Measurement and Interpretation of pH, pCO2, and pO2, National Institutes of Health, Bethesda, MD.  November 3.

 

 

1977

* “Potential Pitfalls in the Use of Ion-Selective Electrode/Reference Electrode Pairs,” Workshop on the Theory, Design, and Biomedical Applications of Solid-State Clinical Sensors, Case Western Reserve University, Cleveland, OH.  March 28.

* “Recommendations Concerning the Operational Definition of the pH Scale,” 29th IUPAC General Assembly, Commission I.3, Warsaw, Poland.  August 15.

* “Clinical Applications of Ion-Selective Electrodes,” Heyrovsky Institute of Physical Chemistry and Electrochemistry, Prague, Czechoslovakia.  August 19.

* “Environmental Analysis with Ion-Selective Electrodes,” Nuclear Research Center, Jülich, West Germany.  August 22.

“Ion-Selective Electrode Measurements of Na/K in Whole Blood,” Conference on ISE’s, Budapest, Hungary.  September 8.

“Ion-Selective Electrode Measurements of Cyanide in Environmental Samples,” Conference on ISE’s, Budapest, Hungary.  September 8.

* “Continuous Free Cyanide Analyzer,” Chemical Society of Washington, Montgomery College, Rockville, MD.  November 10.

 

1978

* “Provisional IFCC Recommendations on Reference Materials for pH and Blood Gases,” IFCC Workshop on pH and Blood Gases, University Hospital, Utrecht, The Netherlands.  June 6.

* “National Environmental Specimen Bank Facilities at NBS,” Principal Investigators Conference on Specimen Banking, Federal Environmental Agency, Berlin, West Germany.  October 19.

* “Container Materials for the Preservation of Trace Substances in Environmental Specimens,” International Workshop on Monitoring Environmental Materials and Specimen Banking, Reichstag, Berlin, West Germany.  October 25.

 

1979

* “Electrochemical Techniques for Clinical Chemistry,” Clinical Chemistry Seminar, Children’s Hospital, Washington, DC.  March 14.

* “Organic Electrochemistry,” Organic Analytical Research Division Seminar, NBS.  June 1.

* “Organic Electrochemistry,” Surface Science Division Seminar, NBS.  June 26.

* “Blood pH Reference Materials,” IFCC Expert Panel on pH and Blood Gases, Herlev Hospital, Copenhagen, Denmark.  August 30.

* “Certification of pH Measurement,” Radiometer A/S Seminar, Copenhagen, Denmark.  August 31.

* “Single vs. Multiple Primary pH Standards,” 30th IUPAC General Assembly, Commission I.3, Davos, Switzerland.  September 4.

* “Sources of Error in Using Ion-Selective Electrodes,” EXPOCHEM ’79, Astrohall, Houston, TX.  October 25.

 

1980

* “Current Status of the pH Scale,” IFCC Expert Panel on pH and Blood Gases, Herlev Hospital, Copenhagen, Denmark.  June 16.

* “Reference Materials for Blood pH and Gases,” IFCC Expert Panel on pH and Blood Gases, Herlev Hospital, Copenhagen, Denmark. June 17.

* “NBS pH Scale Recommendations – Single vs. Multiple Primary pH Standards,” IUPAC Conference on the Harmonization of pH Scale Recommendations, Calouste Gulbenkian Centre, Lisbon, Portugal. June 19.

* “International Practical pH Scale,” IUPAC Conference on the Harmonization of pH Scale Recommendations, Lisbon, Portugal. June 19.

* “Organic Electrochemistry,” Organic Analytical Research Division Seminar, NBS.  July 3.

 

 

1981

* “Assessment of the Status of Spectroeletrochemistry,” 31st General Assembly of IUPAC, Catholic University, Leuven, Belgium. August 27.

* “The International Practical pH Scale,” 31st General Assembly of IUPAC, Catholic University, Leuven, Belgium.  August 28.

* “Electrochemistry,” NBS-ADABSE Analytical Chemistry Workshop, NBS.  October 21-22.

* “Organic Electrochemical Research at NBS,” University of Pittsburgh, Pittsburgh, PA.  November 19.

 

1982

* “Reference Electrodes and Standards for Biomedical Measurements,” Symposium on Electrochemical Sensors in Medicine and Medical Research, Park City, UT.  January 11.

“Surface-Enhanced Raman Spectroscopy of N-Methylpyridinium Cation and Pyridine:  Identification of Surface Species,” International Conference on Electronic and Molecular Structure of Electrode-Electrolyte Interfaces, Utah State University, Logan, UT.  July 29.

* “Electrochemistry,” Second NBS-ADABSE Analytical Chemistry Workshop, NBS.  October 27.

 

1983

* “Polymer Modified Electrodes for Organic Electrochemistry,” Special Symposium on NBS Research, NBS.  January 10.

* “Electrochemical Approaches to Organic Analysis,” California Department of Health Services, Los Angeles, CA.  January 20.

* “Novel Electrochemical Techniques for Organic Analysis,” IBM Research Laboratory, San Jose, CA.  January 21.

* “Overview of Strategies for the Characterization and Analysis of Organic Compounds,” Lawrence Berkeley Laboratory, Berkeley, CA.  February 1.

* “Organic Electrochemical Research at the National Bureau of Standards,” Lawrence Livermore Laboratory, Livermore, CA. February 2.

* “Electrochemical Approaches to Organic Analysis,” California Department of Health Services, Berkeley, CA.  February 4.

* “Clinical Electrode Potentiometry:  Sources of Error, Reference Methods and Materials,” Workshop on Direct Potentiometric Measurements in Blood, NBS.  May 20.

* “Ionic Activity and Single Ion Activity Coefficients for Calcium Ion at 25°C,” Joint meeting of the IFCC Expert Panel on pH and Blood Gases and the European Working Group on Ionized Calcium, Oslo, Norway.  June 17.

* “Development of Chemically Modified Electrodes for Organic Analysis,” FACSS Anachem Award Symposium, Philadelphia, PA. September 28.

* “Novel Approaches to Organic Electroanalysis,” Analytical-Nuclear-Environmental Division Seminar, University of Maryland, College Park, MD.  October 21.

 

1984

“Electrochemical/Spectroelectrochemical Investigation of N-Methyl-4-(5-phenyl-2-oxazolyl)pyridinium p-Toluenesulfonate Laser Dye,” Gordon Research Conference on Electrochemistry, Santa Barbara, CA.  January 24.

* “Electrochemical Approaches to Organic Analysis,” Department of Chemistry Seminar, McGill University, Montreal, Canada.  February 7.

* “NBS Electroanalytical Research,” ONR Contractors Meeting, Midway, UT.  March 20.

* “Analytical Aspects of Chemically Modified Electrodes,” 37th Annual ACS Summer Symposium on Analytical Chemistry, NBS.  June 12.

* “Chemically Modified Electrode Sensors,” Gordon Research Conference on Synthetic Membranes, New London, NH.  June 26.

“Charge Transport Phenomena in Polymer Modified Electrodes,” Gordon Research Conference on Synthetic Membranes, New London, NH.  June 28.

* “Thermally Crosslinked Polymer-Film Electrodes,” UNESCO-NSF Workshop on Photoelectrochemical Processes and Modified Electrodes, University of California, Santa Cruz, CA.  July 23.

* “Charge Transport Models for Polymer-Film Electrodes,” UNESCO-NSF Workshop on Photoelectrochemical Processes and Modified Electrodes, University of California, Santa Cruz, CA.  July 24.

* “Chemically Modified Electrode Sensors for Biocomponents,” IEEE/EMBS Conference on Frontiers of Engineering and Computing in Health Care, Los Angeles, CA.  September 16.

* “Chemically Modified Electrode Sensors,” Fourth Scientific Session on Ion-Selective Electrodes, Hungarian Academy of Sciences, Matrafüred, Hungary.  October 10.

* “Analytical Aspects of Chemically Modified Electrodes,” E. Kardelj  University, Ljubljana, Yugoslavia.  October 15.

* “Electrochemistry,” Third NBS-ADABSE Analytical Chemistry Workshop, NBS.  October 26.

 

1985

* “Organic Electroanalytical Research,” ACS Short Course on Liquid Chromatography, NBS.  March 25.

* “Bioelectrochemical Sensors,” Electrochemistry Group Seminar, NRL, Washington, DC.  April 3.

* “Chemically Modified Electrode Sensors,” Chemistry Department Colloquium, Northeastern University, Boston, MA.  May 7.

* “Bioanalytical Sensors,” NOVA Biomedical, Waltham, MA.  May 8.

* “Electrochemical Sensors for Monitoring Metabolic Activity in Biochemical Reactors,” Process Measurements for Biotechnology Workshop, NBS.  May 29.

* “Sources of Error in Ion-Selective Electrode Potentiometry,” Shanghai Normal University, Shanghai, PRC.  June 6.

* “Ionic Activity Standards for the Calibration on Ion-Selective Electrodes,” Shanghai Normal University, Shanghai, PRC.  June 7.

* “Chemically Modified Electrode Sensors,” International Symposium on Ion-Selective Electrodes, Shanghai, PRC.  June 12.

“Biosensors” and “Clinical Electrolyte Standards,” International Symposium on Ion-Selective Electrodes, Shanghai, PRC.  June 14.

* “Analytical Applications of Chemically Modified Electrode Sensors,” Peking University, Beijing, PRC.  June 20.

* “Chemically Modified Electrodes:  Recommended Terminology and Definitions,” 33rd IUPAC General Assembly, Commission V.5, Lyon, France.  September 2.

* “Electrochemical Sensors for Bioorganic Analysis,” Chemistry Department Seminar, Rudjer Boskovic Institute, Zagreb, Yugoslavia.  September 6.

* “NBS Biotechnology Programs,” Rudjer Boskovic Institute, Zagreb, Yugoslavia.  September 9.

 

1986

* “Chemically Modified Electrode Sensors,” Chemistry Department Seminar, Occidental College, Los Angeles, CA.  January 17.

* “Electrochemistry,” NBS-ADABSE Analytical Chemistry Workshop, NBS.  April 16.

* “Chemically Modified Electrodes:  Recommended Terminology and Definitions,” Electroanalytical Chemistry Commission, International Union of Pure and Applied Chemistry, University of Milan, Milan, Italy.  October 3.

* “Research Directions for Bioanalytical Sensor Development” Bioelectroanalytical Symposium 1986, Hungarian Academy of Sciences, Matrafüred, Hungary.  October 7.

* “Bioanalytical Sensors and Systems,” L. B. Rogers Symposium, Department of Chemistry, University of Georgia, Athens, GA. December 9.

 

1987

* “Biosensors and Flow Injection Immunoassay,” Department of Chemistry Seminar, George Washington University, Washington, DC. February 27.

* “Liposome-Based Flow Injection Immunoassay System,” International Bioanalytical Workshop, University of Kansas, Lawrence, KS.  June 2.

* “Bioanalytical Sensors and Flow Injection Immunoassay,” JILA Seminar, University of Colorado, Boulder, CO.  June 26.

* “Chemically Modified Electrodes:  Recommended Terminology and Definitions,” 34th IUPAC General Assembly, Electroanalytical Chemistry Commission, Boston University, Boston, MA.  August 22.

* “Recommendations for the Determination of Anionic Constituents of Acid Rain,” 34th IUPAC General Assembly, Electroanalytical Chemistry Commission, Boston University, Boston, MA.  August 23.

 

1988

* “Liposome-Enhanced Flow Injection Immunoanalysis System,” University of Houston, Department of Chemistry, Houston, TX. January 16.

“Liposome-Enhanced Flow Injection Immunoanalysis,” The Oak Ridge Conference on Advanced Analytical Concepts for the Clinical Laboratory, Savannah, GA.  April 14.

* “Dual-Function Polymer-Modified Electrode for the Measurement of Liposome-Released Ferrocyanide,” The 3rd Chemical Congress of North America and 195th ACS National Meeting, Toronto, Canada. June 7.

* “Potentiometric Enzyme-Amplified Flow Injection Immunoassay,” 5th Scientific Session on Ion-Selective Electrodes, Federation of European Chemical Societies, Hungarian Academy of Sciences, Matrafüred, Hungary.  October 10.

* “Chemically Modified Electrode for Liposome-Mediated Homogeneous Immunoassay,” 5th Scientific Session on Ion-Selective Electrodes, Federation of European Chemical Societies, Hungarian Academy of Sciences, Matrafüred, Hungary.  October 10.

* “Liposome-Enhanced Flow Injection Immunoanalysis,” Department of Chemistry, University of Rhode Island, Kingston, RI.  November 4.

 

1989

* “Liposome-Enhanced Flow Injection Immunoanalysis,” Department of Chemistry, College of William and Mary, Williamsburg, VA. February 13.

* “Liposome-Enhanced Flow Injection Immunoanalysis,” Department of Chemistry, San Diego State University, San Diego, CA. February 16.

* “Double-Amplification Flow-Injection Immunoassay for Theophylline,” International Bioanalytical Workshop, Lawrence, KS.  May 23.

* “Overview of Most Promising Research Directions for Biosensors,” NSF, Workshop on High-Risk, High-Payoff Biosensor Research, Washington, DC.  June 28.

* “Biosensing: Using Biocomponents as Receptors and Reagents,” Philosophical Society of Washington, Washington, DC.  September 8.

* “Flow-Injection Immunoanalysis,” National Institute of Scientific Investigations, University of Portugal, Lisbon,  October 24.

* “Double-Amplification Flow Injection Immunoassay for Theophylline,” The 1989 International Chemical Congress of Pacific Basin Societies, Honolulu, HI.  December 22.

 

1990

* “Liposome-Based Flow Injection Immunoassay System,” Cornell University, Department of Food, Science and Technology, NY State Agricultural Experiment Station, Geneva, NY.  February 8.

* “Drugs of Abuse Sensors – Chemical and Physical Characteristics of Cocaine and Heroin,” U.S. Customs Service, Washington, DC. February 23.

* “Liposome Flow Injection Immunoassay:  Implications for Sensitivity, Dynamic Range, and Antibody Regeneration,” Gordon Research Conference on Bioanalytical Sensors, Ventura, CA.  March 12.

* “What is a Biosensor?” Gordon Research Conference on Bioanalytical Sensors, Ventura, CA.  March 14.

* “Liposome Enhanced Immunoassay,” Department of Hazardous Waste Systems, The MITRE Corp., McLean, VA.  April 11.

* “Liposome-Based Flow Injection Immunoassay System,” Cornell University, Department of Chemistry Colloquium, Ithaca, NY.  April 26.

* “Automated Liposome-Based Flow Injection Immunoassay System,” GBF Workshop on Flow Injection Analysis Based on Enzymes or Antibodies,” Gesellschaft für Biotechnologische Forschung, Braunschweig, FRG.  May 15.

 

1991

* “Liposome-Enhanced Flow-Injection Immunoanalysis,” Symposium on Bioanalytical and Pharmaceutical Analysis; Pittsburgh Conference, Chicago, IL,  March 6.

* “Analytical Research Directions”, Analytical Chemistry Student Seminar; SUNY-Buffalo, NY,  March 19.

* “Liposome-Enhanced Flow-Injection Immunoanalysis,” ACS, Buffalo Section, Oxychem Research Labs, Niagara Falls, NY,  March 19.

* “Liposome-Enhanced Flow-Injection Immunoanalysis,” Environmental Toxicology Seminar (Tox 702), Cornell University, Ithaca, NY.  April 5.

* “Liposome-Enhanced Flow-Injection Immunoanalysis,” NE Regional Section, AOAC International., Newport, RI;  May 14.

 

1992

* “Overview on Immunoassay Technology,” Pfizer Symposium in Food Technology: Biotechnology in Food Diagnostics, Mystic, CT,  May 7.

* “Development of Liposome-Enhanced Immuno-Biosensing Devices for Field Measurements of Toxic Substances,” Bioelectroanalysis.2, Matrafured, Hungary, October 13.

* “Chemically Modified Electrodes,” IUPAC Electroanalytical Chemistry Commission, Veszprem, Hungary, October, 16.

* “Liposome-Based Flow-Injection ImmunoAnalysis,” Dept. of Chemistry Seminar, Clarkson University, Potsdam, NY, Nov. 5.

“Liposome-Enhanced Immunoassay Strip for Field Measurements of Toxic Chemicals,” USDA Regional Project (NE-181) on Pesticide Migration, University of Massachusetts, Amherst, Nov.12.

* “Liposome-Based Immunoanalysis of Toxic Chemicals,” Dept. of Food Science & Technology Seminar, Cornell University, Ithaca, NY, Nov. 17.

 

1993

“Solid-State Flow Injection Immunoassay: A liposome-Enhanced Immuno-Chromatographic Device for Field Measurements of Toxic Chemicals,” Winter Conference on Flow Injection Analysis, Marathon, FL, Jan. 5.

* “Immunologic Concepts and Assay Strategies,” Symposium on Immunoanalysis in Food Safety, PITTCON’93, Atlanta, GA, March 10.

* “What Do We Mean by ‘Ultrasensitive Detection’?,” Gordon Research Conterence on Bioanalytical Sensors, Ventura, CA, March 25.

* “Liposome-Enhanced Immunomigration Assay Device,” NATO Advanced Research Workshop on Uses of Immobilized Biological Compounds for Detection, Medical, Food and Environmental Analysis, Brixen, Italy, May 13.

* “Future Sensor Possibilities,” ASBC Short Course: On-Line Measurements in the Beverage Industry, Rochester, NY, May 20.

* “Flow-Injection Liposome Immunoanalysis” and “Liposome Immunoassay Test Strip for Field Screening of PCBs,” GE Corporate R&D Labs, Schenectady, NY, Oct. 4.

* “Immunobiosensor for Extra-Laboratory Measurements of Toxic Chemicals Based on Capillary Migration and Liposome Amplification,” ILMAC 1993, Basel, Switzerland, Oct. 20.

* “Liposome Immunoanalysis,” Dept. of Food Science & Technology Seminar, Cornell University – NYSAES, Geneva, NY, Oct. 27.

* “Development of Liposome-Amplified Immunoanalysis for Toxic Chemicals,” USDA Regional Project (NE 181) Technical Committee Meeting, Ithaca, NY, Nov. 4.

 

1994

* “Strategies and Needs for Food and Environmental Bioanalysis,” Symposium on Bioanalytical Techniques for Food Safety and Environmental Monitoring,  PITTCON’94, Chicago, IL, Feb. 28.

* “Liposome-Amplified Immunoanalysis for Pesticides,” 207th ACS National Meeting, San Diego, CA, March 14.

* “Development of Liposome-Based Immunoanalytical Methods for Toxic Chemicals,” Symposium on Chemical Ecology and Analysis: Advances in Detection and Identification, International Society of Chemical Ecology, Syracuse, NY, June 5.

* “Electrochemistry for Spectroscopists,” Gordon Research Conference on Bioanalytical Sensors, Colby-Sawyer College, New London, NH, July 17.

* “Liposome Immunoanalysis for Toxic Chemicals,” Workshop on Biosensors and Biological Techniques in Environmental Analysis, ESPCI/IAEAC, Paris, France, Sept. 12.

* “Flow-Injection Liposome ImmunoAnalysis (FILIA) with Electrochemical Detection,” Symposium on Electrochemical Sensors, Matrafured, Hungary, Sept. 17.

* “Liposome Immunomigration Strip Assays,” Analytical Chemistry Division Seminar, Technical University, Budapest, Hungary, Sept. 19.

 

1995

* “Overview of Nucleic Acid Amplification and Detection,” Symposium on Bioanalysis Using Nucleic Acid Amplification and Probes,  PITTCON’95, New Orleans, LA, March 6.

* “Toxic Chemical Screening by Liposome Immunoassay,” Northeast Regional Meeting of AOAC International, Colchester, VT, May 9.

* “Liposome-Based Immunomigration Sensors for the Detection of PCBs,” 1995 Pacific Basin Conference on Hazardous Waste, Edmonton, Alberta, Canada, May 11.

* “Future Sensor Possibilities,” ASBC Short Course: On-Line Process Monitoring Instruments for the Beverage Industry, Chicago, May 25.

* “Liposome-Based Hemoglobin Immunoanalysis,” MediSense, Inc., Medford, MA, August 23.

* “Liposome Immunoanalysis,” Faculty of Pharmacy Seminar, Utrecht University, Utrecht, The Netherlands, October 3.

* “Liposome-Based Bioanalysis: Variations on a Theme,” Applications of Diagnostics in Health Care, the Environment, and Agriculture, 11th Annual Cornell Biotechnology Symposium, Cornell University, Ithaca, NY, October 9.

* “Liposome-Based Bioanalysis of Environmental Contaminants,” Environmental Justice Colloquium, SBREP, Cornell University, Ithaca, NY, December 2.

 

1996

* “Pathological Science: Historical and Psychological Perspectives,” Symposium on Pathological Science, PITTCON’96, Chicago, IL, March 4.

* “Liposome-Based Bioanalysis: Variations on a Theme,” Pharmaceutical Division Seminar, Bayer Corp., West Haven, CT, May24.

* “Liposome Bioanalysis for Toxic Chemicals and Pathogens,” International Assoc. of Environmental Analytical Chemistry, 2nd Workshop on Biosensors and Biological Techniques in Environmental Analysis, Lund, Sweden, September 11.

* “Liposome-Based Bioanalysis Using Antibodies and DNA Probes,” Cornell Biotech Symposium: Frontiers in Biomedicine, Ithaca, NY, October 15.

 

1997

* “Bioanalytical Techniques for the Detection of Food Adulteration and Contamination,” Symposium on Bioanalytical Techniques for Food Safety, PITTCON’97, Atlanta, GA, March 17.

* “Liposome Bioassays for Field Screening of Toxic Chemicals and Pathogens,” NATO Advanced Research Workshop on Biosensors for Direct Monitoring of Environmental Pollution in the Field, Smolenice, Slovakia, May 4.

* “Liposome-Based Bioanalysis for Toxic Chemicals and Pathogens using Antibodies and DNA Probes,” Center of Excellence in Analytical Chemistry Seminar, Eidgenössische Technische Hochschule Zurich, Switzerland, May 9.

* “Liposome-Based Bioanalysis: Variations on a Theme,” Institute for Technical Biochemistry Seminar, University of Stuttgart, Germany, May 12.

* “Liposome-Based Bioanalysis for Toxic Chemicals and Pathogens using Antibodies and DNA Probes,” Institute for Chemi- and Biosensors, Münster, Germany, May 14.

* “Liposome-Based Bioassays for Toxic Chemicals and Pathogens,” Boehringer Mannheim, Indianapolis, IN, August 27.

* “Liposome-Based Bioassays for Toxic Chemicals and Pathogens,” Dept. of Chemistry Colloquium, State Univ. of New York, Binghamton, December 12.

 

1998

* “Liposome-Based Bioanalysis for Toxic Chemicals and Pathogens using Antibodies and DNA Probes,” Dept. of Chemistry Seminar, University of Washington, Seattle, Feb. 23.

* “Bioanalytical Strategies and Needs for Food Safety,” Symposium on Bioanalytical Techniques for Food Safety, PITTCON’98, New Orleans, March 1.

* “Bioanalytical Research,” Cornell Institute of Food Science, Advisory Council Meeting, Ithaca, April 3.

* “Liposome-Based Biosensors with Antibody and DNA-Probe Recognition”, 112th AOAC International * Annual Meeting, Montreal., Canada, Sept. 15.

* “Bioanalysis Research”, ICET Seminar in Toxicology, Cornell Univ., Ithaca, Sept. 4.

* “Liposome-Based Bioassays for Toxic Chemicals and Pathogenic Organisms”, ICET Seminar, Cornell Univ., Ithaca, Oct. 23.

* “Liposome-Based Bioassays for Toxic Chemicals and Pathogens”, Dept. of Chemistry Colloquium, Univ. of Toronto, Canada, Oct.30.

* “Pesticide Residues in Foods”, Emerging Issues in Food and Water Safety, Cornell Univ., Ithaca, Nov. 3.

 

1999

* “Lipids, Membranes and Sensors,” Gordon Research Conference on Bioanalytical Sensors, Ventura, CA, Jan. 12.

* “Liposome Bioassay for Toxic Chemicals, Natural Toxins and Pathogenic Organisms,” Symposium on Bioanalytical Techniques for Food Safety, PITTCON’99, Orlando, FL, March 8.

* “Liposome-Based Bioanalysis: Variations on a Theme,” Ctr. for Chemistry and Chemcal Engineering, University of Lund, Lund, Sweden, May 24.

* “Liposome Bioassay for Toxic Chemicals, Natural Toxins and Pathogenic Microorganisms,” Fourth Workshop on Biosensors and Biological Techniques in Environmental Analysis, Mao, Menorca, Spain, Dec. 1.

 

2000

* “Food Safety Overview,” Symposium on Bioanalytical Techniques for Food Safety, PITTCON2000, New Orleans, March 13.

* “V&B  Facilities, Programs and Needs,”  Dedication of the Cornell Vinification and Brewing Technology Center, NYSAES, Geneva, NY, March 31.

* “Liposome-Based Bioanalytical Methods for the Detection of Toxic Chemicals and Pathogens in the Environment,” VI International Symposium on Analytical Methodology in the Environmental Field, Madrid, Spain, April 11.

* “Flow Injection Liposome Bioanalysis Techniques”, 8th International Conference on Flow Analysis, Warsaw, Poland, June26.

* “Liposome Bioanalysis Techniques for Detection of Toxic Chemicals and Pathogens in Food”, Society for Analytical Chemists of Pittsburgh, Duquesne University, Pittsburgh, Sept. 11.

* “Liposome-Based Bioassays for Toxic Chemicals and Pathogens”, Plant Pathology Seminar, NYSAES, Geneva, NY, Sept. 26.

* “Development of Specialized Rapid Immunoassays for the Analysis of Pesticide Residues in Foods”, IFT Food Safety & Quality Conference, Orlando, Nov. 16.

 

2001

* “Flow-Injection Bioanalysis,” ABEN Course on Biosensors, guest lecture, Cornell University, Ithaca, April 10.

 

2002

* “Bioanalysis Techniques for Detection of Toxic Chemicals and Pathogens in Food,” Cornell Institute of Food Science Associates Program, Cornell University, Ithaca, Jan. 17.

* “Introduction to GM Foods”, Symposium on Genetically Modified Foods: Feast or Frankenfoods, PITTCON2002, New Orleans, March 19.

* “Rapid Bioassay using Ganglioside-Liposomes for the Ultra-Sensitive Detection of Botulinum and Cholera Toxins”, Fifth Workshop on Biosensors and Biological Techniques in Environmental Analysis, Cornell University, Ithaca, June 1.

* “Biosensors for Femtomolar Level Detection of Cholera and Botulinum Toxins using Nano-Vesicles and Ganglioside Receptors”, Fodor Jozsef Natl. Ctr. for Public Health and Technical University of Budapest joint seminar, Technical University, Budapest, Hungary, July 10.

* “Biosensors for Femtomolar Level Detection of Cholera and Botulinum Toxins using Nano-Vesicles and Ganglioside Receptors”, Biosensing Workshop, ENEA, Biotech-Med. Div., Centro Casaccia, Rome, Italy, July 16.

* “Detection of Cholera and Botulinum Toxins using Nano-Vesicles and Ganglioside Receptors”, Research Seminar, NIH-NIAID, Bethesda, MD, August 14.

* “Ganglioside-Nanovesicle Immunoassays for the Detection of Femtomolar Concentrations of Botulinum Neurotoxin and Cholera Enterotoxin”, Environmental Toxicology Seminar, Cornell Univ., Oct. 25.

 

2003

* “Detection of Six Zeptomoles of Cholera Enterotoxin in 50 Microliters using Ganglioside-Nanovesicle Immunoassay”, IFT Summit Conference on Rapid Measurement of Bacterial Spores and other Microorganisms, Orlando, FL, Jan. 13.

* “Detection of Femto-/Attomolar Concentrations of Botulinum Neurotoxin and Cholera Enterotoxin using Ganglioside-Nanovesicle Immunoassay”, Annual International Meeting of the Institute of Biological Engineering, Univ. of Georgia, Athens, Jan. 18.

* “Detection of Femto-/Attomolar Concentrations of Botulinum Neurotoxin and Cholera Enterotoxin using Ganglioside-Nanovesicle Immunoassay”, PITTCON 2003, Orlando, FL, March 13.

* “Rapid Detection of Bioterrorism Agents by Liposome-Based Bioassays, CIFS Associates Meeting, Cornell Univ., March 21.

* “Development of Test Strip Immunoassays for the Detection  of Biological Toxins using Ganglioside-Liposomes, Science and Technology Based Countermeasures to Foodborne Terrorism, National Conservation Training Center, Shepherdstown, WV, July 1.

* “Detection of Femto-/Attomolar Concentrations of Botulinum Neurotoxin and Cholera Enterotoxin using Ganglioside-Nanovesicle Immunoassay”, Cornell Institute of Food Science Associates meeting, Cornell-NYSAES,Geneva, NY, Oct. 10.

 

2004

* “Detection of Femto-/Attomolar Concentrations of Botulinum Neurotoxin and Cholera Enterotoxin using Ganglioside-Nanovesicle Immunoassay”, PITTCON 2004, Chicago, IL, March 10.

* “Rapid Bioanalytical Detection of Pathogens and Toxins using Lipid Nanovesicle Signal Amplification Strategies”, University of Memphis & University of Tennessee Health Science Center Joint Graduate Program in Biomedical Engineering, Memphis, April 16.

* “Electrochemical Biosensors”, BEE 459/659, Biosensors and Bioanalytical Techniques, Cornell Univ., Ithaca, Feb. 24 & 26 and March 2 & 4.

* “Biosensors”, BMEP 606, Biomedical Instrumentation and Diagnosis, Cornell Univ., Ithaca, March 18.

* “Nanobiotechnology: Think Small for Advances in Food Safety and Security”, IFT Hot Topics Symposium on Keeping the Food Industry Competitive: Changing the Odds, IFT National Meeting, Las Vegas, NV, July 12.

* “Rapid Bioanalytical Detection of Pathogens and Toxins”, Cornell Dept. of Food Science Seminar, Ithaca, Sept. 14.

 

2005

  • “Introduction to Bioterrorism: the Federal Response, technologies and Research”, PITTCON 2005, Orlando, FL, Feb. 28.
  • “Liposomal Nanovesicle-Based Bioanalytical Detection of Toxins and Pathogens”, Cornell BEE 459/659 Biosensors and Bioanalytical Techniques, Ithaca, March 29.
  • “Liposome-Amplified Bioanalytical Techniques for Food Security”, Spectroscopy Society of Pittsburgh Symposium on Food Science, Westmoreland College, Youngwood, PA, April 16.
  • “Liposome-Based Environmental Biosensing”, 1st Annual Finger Lakes Institute Research Conference, Hobart and William Smith Colleges, Geneva, NY, Oct. 8.
  • “Liposome-Based Bioanalytical Techniques”, 3M Corp. Research Laboratory, St. Paul, MN, Oct. 19.
  • “Liposome-Based Electrochemical Bioassays”, Matrafured ’05 – Electrochemical Sensors, Matrafured, Hungary, Nov. 15.

 

2006

  • “Biosensors for Pathogen Detection”, Gordon Research Conference on Bioanalytical Sensors, Ventura, CA, March 3.

 

2007

  • “Liposome-Based Bioanalytical Techniques”, Freie Universitaet, Berlin, Germany, March 12.

 

2008

  • “Bioanalytical Detection of Pathogens and Toxins”, Universitaet Stuttgart, Germany, April 7.
  • “Emerging Investigations”, Gordon Research Conference on Bioanalytical Sensors, Bryant University, Smithfield, RI, July 2.
  • “Chemical Research Applied to Greenhouse Gases”, IUPAC ChemRAWN Committee, FLAQ 2008 Conference, San Juan, Puerto Rico, July 28.
  • “Electroanalytical Chemistry in the United States”, American Chemical Society National Meeting, Philadelphia, PA, Aug. 18.

 

Leave a Reply

Your email address will not be published. Required fields are marked *