INVITED LECTURES AT UNIVERSITIES - McMaster University
INVITED LECTURES: AT UNIVERSITIES115. University of Massachusetts, AmherstSep. 2012Strategies to Structure Functional Silicones114. McMaster University, The Imposter Syndrome, Current Research inMar. 2012Engineering, Science and Technology Conference113. Queen’s University, Chemical EngineeringFeb. 2012Interfacial Engineering Using Siloxanes112. CSIRO Melbourne AustraliaApr. 2011Why Don’t People Like Silicones as Biomaterials (and what can we do about it)?111. INSA, Université de Lyon I, Lyon FranceMarch 2011Strategies for the Synthesis of Hydrophilic Silicones110. Université Paul Sabbatier, Toulouse, FranceMarch 2011Strategies for the Synthesis of Hydrophilic Silicones109. SUNY Buffalo, NYMarch 2011Interfacial Structuring Using Silicon Chemistry108. CSIRO Melbourne AustraliaFeb. 2011Interfacial Control: New Strategies for Functionalizing and Crosslinking Silicones107. School of Biomedical Engineering, McMaster UniversityNov. 2010Strategies to Improve Silicone Elastomer Biocompatibility106. Soochow University, Suzhou, ChinaOct. 2010Silicones: Strategies for Improved Biocompatibility105. Institute of Chemical Industry of Forest Products, Nanjing ChinaMay 2010Structuring Siloxanes at Interfaces: Exploitation of Natural Materials104. Beijing University of Chemical TechnologyMay 2010Structuring Siloxanes at Interfaces Surface Manipulation to Improve Silicone Biocompatibility103. Institute of Chemistry, Chinese Academy of SciencesMay 2010Structuring Siloxanes: New Routes to Silica and Silicone Composites102.WISE (Women in Science and Engineering), McMaster UniversityMarch 2010The imposter syndrome101. University of Toronto, CanadaJan. 2010Structuring Siloxanes at Interfaces100. BIMR, McMaster UniversityOct. 2009Surface Manipulation Strategies To Improve Silicone Biocompatibility99. CSIRO Melbourne AustraliaMay 2009Controlled Synthesis at Silicone Interfaces: New Strategies for Improved Biocompatibility98. Flinders University, Adelaide, AustraliaMay 2009Synthesis of Structured Inorganic Materials Using Silicon-Based Surfactants97. Queensland University of Technology, Brisbane, AustraliaMay 2009Controlled Synthesis at Silicone Interfaces: New Strategies for Improved Biocompatibility96. Rensselaer Polytechnic Institute, Troy NY, The Reed LectureApril, 2009Controlled Synthesis at Silicone Interfaces: New Strategies for Improved Biocompatibility95. Michael A. Brook, University of British Columbia (Pharmacy)Oct. 2008Using Silicones with Pharmaceutical Actives: Strategies for Protein Delivery94. Michael A. Brook, University of Western OntarioMay 2008Using Silicones to Control Dynamic Interfaces: Silicone Biomaterials to Gold Crystals93. Michael A. Brook, Case Western Reserve University,Feb. 2008Using Silicones to Control Dynamic Interfaces: Silicone Biomaterials to Gold Crystals92. Michael A. Brook, Trent University, Peterborough, ONSept. 2007
Dynamic Interfaces: Synthetic Approaches to Controlling Morphology91. Michael A. Brook, Department of Chemistry, Universidad Guanajuato,Aug. 2007Binding cells to silicone and TiO2 surfaces90. Michael A. Brook, Queen’s University, Belfast, N. IrelandMay 2007Making Silicones More Biocompatible: Using Synthesis to Structure Biomedical Interfaces89. Michael A. Brook, University of Limerick, IrelandApr. 2007Dynamic Interfaces: Synthetic Approaches to Controlling Morphology88. Michael A. Brook, Trinity College, Dublin, IrelandMar. 2007Dynamic Interfaces: Synthetic Approaches to Controlling Morphology87. Michael A. Brook, NUI Galway, Chemistry, IrelandMar. 2007Dynamic Interfaces: Synthetic Approaches to Controlling Morphology86. Michael A. Brook, University College Cork, IrelandMar. 2007Dynamic Interfaces: Synthetic Approaches to Controlling Morphology85. Michael A. Brook, NCBES NUI Galway, IrelandJan. 2007Making Silicones More Biocompatible: Using Synthesis to Structure Biomedical Interfaces84. Michael A. Brook, McMaster University, BIMRNov. 2006.Using Synthesis to Structure Interfaces: Making Silica and Silicones Biocompatible83. Michael A. Brook, McMaster University, BIMR Summer Lecture SeriesJune 2006Controlling interfaces for biomedical devices: using silica and silicones (with a comment on breastimplants)82 Michael A. Brook, McMaster University, Chemical EngineeringMarch 2006.Using Synthesis to Structure Interfaces: Making Silica and Silicones Biocompatible81 Michael A. Brook, McMaster University Undergraduate Chemistry SocietyMarch 2006The Imposter Syndrome: How to succeed (?) in spite of chemical ignorance80 Université de Montpellier, II, FranceJan. 2006La silicone et la silice dans une monde biologique: le contrôle de l’interface79 Brock University, Chemistry DepartmentOct. 2004Controlling protein stability in silicones and silica: Synthesis of new biomaterials78 University of Waterloo, Chemistry DepartmentOct. 2004Controlling protein stability in silicones and silica: Synthesis of new biomaterials77 McMaster University, BIMR Summer Research Program Weekly Seminar Series,June 2004Compatibilizing proteins with silica and silicones (what do graduate students actually do?)76 Institute of Chemistry, Chinese Academy of Sciences, BeijingNov. 2003Using Silicone:Protein Interactions to Stabilize Water/Oil Interfaces and Protein Structure75 Qingdao University of TechnologyNov. 2003Stereocontrol Using Silyl Groups: Enantioselective Reductions and Claisen Rearrangements74 Huazhong University of Science and TechnologyNov. 2003Using Silicone:Protein Interactions to Stabilize Water/Oil Interfaces and Protein Structure73 Wuhan University of TechnologyNov. 2003Protein-Doped Mesoporous Silica for Drug Screening Applications72 Nanjing UniversityNov. 2003Using Silicone:Protein Interactions to Stabilize Water/Oil Interfaces and Protein Structure71 UWEB (University of Washington Engineered Biomaterials), Seattle,May 2003Stabilizing Proteins in Silica and Silicones70 Ian Wark Research Institute, University of South Australia, Adelaide, South AustraliaMichael A. Brook, Frank LaRonde, Mustafa Mohamed and Forrest LiMarch 2003Stereocontrol Using Silyl Groups: Enantioselective Reductions and Claisen Rearrangements69 Ian Wark Research Institute, University of South Australia, Adelaide, South AustraliaM. A. Brook, Dan Chen, Kui Guo, Zhang Zheng, John Brennan, and Paul ZeliskoMarch 2003
Formation of Protein-Containing Controlled Pore Silica for Drug Discovery68 Perspectives on Silicon (6 hours lectures during a 30 hour short course), Ian Wark Research Institute,University of South Australia, Adelaide, South AustraliaJuly 200267 Queensland University of Technology, Brisbane, AustraliaJune 2002Bringing Organic Chemistry to Silicon-based Interfaces66 University of Sydney, AustraliaJune 2002The Passivation of Silica and Protein/Water Interfaces Using Silane Coupling Agents and FunctionalSilicones.65 Flinders University, Adelaide, AustraliaJune 2002Stabilization of Water-in-Silicone Oil Emulsions: Surfactants Formed by the Interaction of Proteins/enzymesand Functionalized SiliconesPreparing and Passivating Silica: Matching Surface Chemistry to Application64 University of South Australia, Adelaide, AustraliaJune 2002The Passivation of Silica and Protein/Water Interfaces Using Silane Coupling Agents and FunctionalSilicones.63 McMaster University: Undergraduate Chemistry SeriesMarch 2002From Oral Vaccines to Breast Implants: What Happens When Proteins Meet Silicones?62 Ecole Nationale Supérieure, Lyon, FranceFeb. 2002Protéines chez soi: Dans les silicones et dans la silice (New homes for proteins in silicones and silica)61 University of Dresden, Germany, Institute of Polymer ResearchFeb. 2002The passivation of silica and silicone surfaces using silane coupling agents and proteins.60 University of TorontoFeb. 2001Silicone/protein interactions: Modifying hydrophobic/hydrophilic interactions to control both protein andinterfacial stability59 University of WindsorSept. 2000Exploiting Extracoordinate Silicon: Enantioselective Reductions and Aldol Reactions Catalyzed by ChiralAmines (and some Silicone-Protein Stuff)58 Institut National des Sciences Appliquées de LyonJuly 2000Silicium à l’Interface: Silanes et Silicones Fonctionnalisés57 Institut Charles Sadron, Université Louis PasteurJune 2000Silicium à l’Interface: Silanes et Silicones Fonctionnalisés56 Universite de Bordeaux IMay 2000Combining Silicones and Biopolymers: Controlling the Interface (en français)55 Ecole Normale Supérieure de LyonMay 2000Silicium à l’Interface: Silanes et Silicones Fonctionnalisés54 University of TwenteMay 2000Silicon at the Interface: New Surface Active Silanes and Silicones53 University of AmsterdamMay 2000Exploiting Extracoordinate Silicone: Enantioselective Reductions and Aldol ReactionsCatalyzed by Chiral Amines52 Kyoto UniversityJune 1999Chiral Extracoordinate Hydrosilanes Derived from Bidentate Ligands: Enantioselective Reduction of Ketones51 Kyoto Institute of ChemistryJune 1999Gifts From Nature: New Materials From Silicones and Biopolymers50 Chinese University of Hong KongMay 1999Gifts From Nature: New Materials From Silicones and Biopolymers49 University of Hong KongMay 1999Chiral Extracoordinate Silanes: Catalytic and Enantioselective Reduction48 Hong Kong University of Science and TechnologyMay 1999
Chiral Extracoordinate Silanes Derived From Histidine: Catalytic and Enantioselective Reduction47 McMaster University President’s Stewardship “Over the Ivy Wall”March 1999Confusing Nature: What does Lemon Pledge have to do with Oral Vaccines?46 Chemical Engineering, McMaster UniversityFeb. 1999Confusing Nature: A Look at the Hydrophobization of Biopolymers Using Silanes and Silicones45 Brock UniversityFeb. 1999Stereoselective Reduction of Ketones by Histidine: Alkoxysilane Complexes44 Mount Allison UniversityNov. 1998Confusing Nature: A Look at the Hydrophobization of Biopolymers Using Silanes and Silicones43 University of New BrunswickNov. 1998Confusing Nature: A Look at the Hydrophobization of Biopolymers Using Silanes and Silicones42 Acadia UniversityNov. 1998Confusing Nature: A Look at the Hydrophobization of Biopolymers Using Silanes and Silicones41 Dalhousie UniversityNov. 1998Confusing Nature: A Look at the Hydrophobization of Biopolymers Using Silanes and Silicones40 McMaster University Board of GovernersOct. 1998Combining Silicones and Biopolymers: New Materials39 Telemark University, Porsgrunn, NorwayFeb. 1998Silicone Degradation Mechanisms38 Swedish Institute for Pulp and Paper, Stockholm andSwedish Institute For Surface Science, StockholmDec. 1997Silane and Silicone Coupling Agent Chemistry: Are Biopolymer Surfaces Like Siliceous Surfaces?37 University of Toronto, Faculty of Pharmacy,Oct. 1997Using Silicon Chemistry in Drug Delivery: Prodrugs Based on Modified Silica and Oral Protein DeliveryUsing Silicones36 University of British ColumbiaSept. 1997Modifying Biopolymers with Silanes and Silicones35 Brockhouse Institute for Materials Science, McMaster UniversityJan. 1997Hard and soft siloxanes: hydrosilsequioxane: platinum catalysts and silicone: protein copolymers34 McMaster Undergraduate Chemistry ClubSilicon in BiologyNov. 1996Organosilanes as Protecting Groups: Different Approaches to the Stabilizationof Small Molecules, Polymers, Transition Metals and SurfacesUniversité Paul Sabatier, Toulouse, France (3 lectures)June 199633 Organosilanes in an Inorganic World and Inorganic Silicon in an Organic World32 What Happens When Silicon Meets Biology31 Stabilized Group 14 CationsUniversité de Bordeaux I, France, (3 lectures)May 199630 Universidad del Pais Vasco, San Sebastian, SpainJune 199629 Organosilanes in an Inorganic World and Inorganic Silicon in an Organic World28 What Happens When Silicon Meets Biology27 Stabilized Group 14 Cations26 Landbouw Universiteit Wageningen, Wageningen, NetherlandsMay 1996Silicones at the Interface: Starch/Protein/Silicone Microparticles as Oral Vaccines25 Université de Namur, BelgiumMay 1996Stabilizing β-Cations and Protecting Transition Metals with Silicon24 Rijks Universiteit UtrechtJune 1995Controlled Modification of Silica Surfaces: Polyolefin and Silicone Sterically Stabilized Silica Colloids23 Queen's UniversitySept. 1994
Silicone at the Interface: What happens when it's found in unusual places22 McMaster UniversitySilicon Mediated Cope-type Cyclizations OR After one year in the Netherlands,what does Fokkje (fok-ya) really mean?21 University of Western OntarioSilicon Mediated Cope-type Cyclizations20 University of MontpellierSilicon Bearing Electron Withdrawing Groups: Exploiting the Differences19 University of ToulouseSilicon Bearing Electron Withdrawing Groups: Exploiting the Differences18 University of BordeauxSilicon as Mediator: Making the Drugs and Delivering Them to the Patient17 Free University of AmsterdamSilicon Bearing Electron Withdrawing Groups: Exploiting the Differences16 Open University, Milton Keynes, EnglandA Silicon Transplant: From the β-effect to Polymers (focus on silicon extracoordination)15 University of SussexA Silicon Transplant: From the β-effect to Polymers (focus on silicon hyperconjugation)14 University of Utrecht:Silicon Bearing Electron Withdrawing Groups: Exploiting the Differences13 University of GroningenSilicon Bearing Electron Withdrawing Groups: Exploiting the Differences12 University of AmsterdamA Silicon Transplant: From the β-effect to Polymers (focus on synthesis)11 Technische Hochschule DarmstadtA Silicon Transplant: From the β-effect to Polymers (focus on β-effect)10 Universität KaiserslauternA Silicon Transplant: From the β-effect to Polymers (focus on silicon hyperconjugation)9 ETH-Zürich (Seebach Group Meeting)A Silicon Transplant: From the β-effect to PolymersCentre of Advanced Scientific Investigation (CINVESTAV) Mexico City, (2 lectures)8 Polymeric Materials Derived from the β-Effect7 The β-effect: Modifying the Ligands on Silicon6 Guelph UniversityA Silicon Transplant: From the β-effect to Polymers5 SUNY Binghampton (New York)4 Universiteit van Amsterdam3 McMaster University (Peacock Lecture Series)2 University of Western Ontario1 Université de MontréalOct. 1993Sept. 1993May 1993May 1993May 1993March 1993March 1993March 1993Feb. 1993Feb. 1993Jan. 1993Jan. 1993Jan. 1993Feb. 1993March 1992March 1992March 1991July 1990Oct. 1989Oct. 1988Dec. 1988
47 McMaster University President's Stewardship "Over the Ivy Wall" March 1999 Confusing Nature: What does Lemon Pledge have to do with Oral Vaccines? 46 Chemical Engineering, McMaster University Feb. 1999 Confusing Nature: A Look at the Hydrophobization of Biopolymers Using Silanes and Silicones 45 Brock University Feb. 1999
COURSE OUTLINE ISCI 2A18 2019-2020 INSTRUCTORS: Name Component & Projects Email Room Tomljenovic-Berube, Ana Drug Discovery tomljeam@mcmaster.ca TAB 104/G Dragomir, George Mathematics dragomir@math.mcmaster.ca HH 204 Hitchcock, Adam Thermodynamics aph@mcmaster.ca ABB-422 Ellis, Russ Lab Practicum ellisr@mcmaster.ca GSB 114 Eyles, Carolyn History of the Earth eylesc@mcmaster.ca Thode 308a
1 MCMASTER UNIVERSITY Department of Economics ECON 1BB3 - Introductory Macroeconomics Spring 2018 Instructor: Angela E. Trimarchi Office: KTH-402 Phone/Ext (905) 525-9140 ext. 23805 Office Hours: Thursdays 1:30-2:30 pm Email: trimarch@mcmaster.ca Lectures: C01: Tues, Thurs 9:00am - 12:00pm Location: BSB B135 TA: Lan W
McMaster University. York University is a collaborating university. The overall Principal Investigator is Tom Maibaum, McMaster University. McMaster is the lead university and Waterloo and York are collaborating institutions. In addition t
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McMaster University, Department of Political Science, POLSCI 770 / GLOBALST 770, 2018-19 1 GLOBALIZATION AND THE CANADIAN STATE Term1, Fall 2018 Instructor: Stephen McBride Email: mcbride@mcmaster.ca Lecture: Thursdays, 2:30-5:20pm KTH 709 Office: KTH 529 Office Hours: Thursdays, 1:30-2:20pm or by appointment Contents
McMaster University, symonss@mcmaster.ca Andrew Colgoni McMaster University, colgoni@ . (two of the authors are teaching-stream faculty and two 3M Teaching Fellows . These deliverables vary (e.g. scientific reports to different audiences, oral and poster presentations), and are usually authored by small groups, but may also include .
An Alphabetical List of Diocesan and Religious Priests of the United States REPORTED TO THE PUBLISHERS FOR THIS ISSUE (Cardinals, Archbishops, Bishops, Archabbots and Abbots are listed in previous section)
