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Spring 2009 National Meeting & Exposition
Session List
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Date
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3/22/2009
3/23/2009
3/24/2009
3/25/2009
3/22/2009
010 Frontiers in Imaging Biological Nanostructures
010-1 Samuel T. Hess: Intracellular nanoscale imaging of molecular positions and anisotropies
010-2 Nicholas A. Kotov: Imaging, sensing, and cancer treatment with bioconjugates of nanowires and nanorods
010-3 Debansu Chaudhuri: Toward subdiffraction transmission microscopy of diffuse materials using nanoplasmonic hot spot beacons
010-4 Piercen Oliver: Manipulation and detection of biopolymers using magnetic-luminescent microspheres
010-5 Wael Mamdouh: 2-D Supramolecular nanopatterns formed by DNA/RNA nucleobase molecules at the liquid-solid interface
020 Nano Meets Neuro: Novel Challenges for Nanoscience in Probing Brain Chemistry
020-1 Jay L. Nadeau: Strategies for optical voltage-sensing in neuronal networks
020-2 Jay L. Nadeau: A biomolecular photodiode for imaging of cell membrane potential
030 Nano Meets Neuro: Novel Challenges for Nanoscience in Probing Brain Chemistry
030-1 Heather Kalish: Microchip analysis of neuronal secretions by immunoaffinity capillary electrophoresis
040 Genetically Designed Molecular Materials
040-1 Mehmet Sarikaya: Biohesion: Coupling synthetic and biological entities using genetically engineered peptides
040-2 Tiffany R. Walsh: Modeling binding affinity at peptide-surface interfaces: The role of mutations
040-3 Paul Mulheran: Mechanisms and dynamics of protein clustering on a solid surface
040-4 Christopher R So: Mobility of inorganic binding peptides on solid surfaces
050 Keynote Address
050-1 Angela M. Belcher: From nature and back again: Giving new life to materials for energy
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3/23/2009
060 Molecular Rotors and Motors
060-1 Josef Michl: Toward designed surface ferroelectricity
060-2 Ashleigh E. Baber: Thermal and mechanical activation of single-molecule thioether rotors
060-3 Kevin F. Kelly: Analysis of thermally-induced and photoactivated motion by STM
060-4 Anatoly B. Kolomeisky: Thermally-driven nanocars and molecular rotors: What can we learn from molecular dynamics simulations
070 Chemical Methods of Nanofabrication
070-1 John A. Rogers: Techniques for molecular scale and 3-D nanofabrication
070-2 Paul S. Weiss: Nanoscale chemical patterning
070-3 Janice Reutt-Robey: Pattern formation in molecular semiconductor films
070-4 Mark C. Hersam: Chemically tailored carbon-based nanoelectronic materials
070-5 YuHuang Wang: Cloning and manipulation of carbon nanotubes
080 Molecular Rotors and Motors
080-1 Migual A Garcia-Garibay: Crystalline arrays of molecular gyroscopes: Toward the limit of barrierless rotation in solid state materials
080-2 Raymond Dean Astumian: Generalized fluctuation-dissipation relations for Brownian sieves and molecular machines
080-3 Roman Boulatov: Maximum force obtainable from a molecular photoactuator
080-4 Mark Haidekker: Molecular rotors: TICT fluorophores with mechanosensitive properties
090 The Kavli Foundation ACS Presidential Plenary Symposium on Challenges in Nanoscience
090-1 George M Whitesides: Nanotechnology in adolescence
090-2 Vicki L. Colvin: Nanotechnology in the environment: Safety by design
090-3 James E. Hutchison: Greener nanoscience: A proactive approach to advancing applications and reducing implications of nanotechnology
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3/24/2009
100 Genetically Designed Molecular Materials
100-1 James Kirkpatrick: Novel materials in regenerative medicine: A life science perspective
100-2 J. Moradian-Oldak: Structural flexibility in amelogenin and control of tooth enamel reconstruction
100-3 Vasif Hasýrcý: Collagen and polyester-based scaffolds for tissue engineering
110 Genetically Designed Molecular Materials
110-1 Thomas LaBean: Combining DNA, peptide, and inorganic materials in programmable molecular assemblies
110-2 Carston R. Wagner: Toward self-assembling protein nanostructures
110-3 Qian Wang: Viruses and their assemblies for tissue engineering applications
110-5 Kemal Sonmez: Modeling of organic-inorganic interface functionalities via hierarchical directed evolution
120 Priestley Address
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3/25/2009
130 Chemical Methods of Nanofabrication
130-1 Duncan Graham: Functionalized nanoparticles and surfaces for bioanalysis using SERRS
130-2 Charles Black: Chemical Methods of Nanofabrication
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