TECHNICAL PROGRAM - American Chemical Society Publications

COLL TECHNICAL PROGRAM
4:20 83. Nanoscale electronic materials:
Challenges and opportunities. A. Javey
5:00 84. Perspectives on carbon nanostructures
research. M. S. Dresselhaus
Surface and Interfacial Phenomena in
Environmental Processes
Metals and Metal Oxides Sponsored by
ENVR, Cosponsored by COLL and GEOC
MONDAY MORNING
Section C
Westin Boston Waterfront
Burroughs
Novel Model Systems for Bilayer Lipid
Membranes
Supported Membranes
J. Robertson, K. Hristova, Organizers
I. Koeper, Organizer, Presiding
8:30 Introductory Remarks
8:35 85. Detecting ligand-receptor interactions
on supported membranes by pH
modulation. P. S. Cremer
9:05 86. Xerogel, steps, and ethanol control
phase behavior of supported lipid bilayers.
M. L. Longo
9:25 87. Quartz crystal microbalance with
dissipation monitoring (QCM-D) studies
of nonionic polymeric surfactant adsorption
onto phospholipid bilayers.
A. R. Esker, Q. Xie, P. Huffstetler, L. Huh,
J. S. Riffle, R. D. Gandour
9:45 88. Calcinated thin silicate films on Au
for SPR biosensing with supported lipid
membranes. Q. J. Cheng
10:15 89. Novel electrodes for redox-active
membrane enzymes. L. J. Jeuken,
S. A. Weiss, N. N. Daskalakis,
P. J. Henderson, S. D. Evans,
R. J. Bushby
10:45 90. Electrically addressable, biologically
relevant surface supported bilayers.
J. Lin, J. Szymanski, P. Searson,
K. Hristova
11:05 91. Lysophospholipid hydrolysis by
neuropathy target esterase and its influence
on the fluidity of reconstituted bilayer
lipid membranes. A. J. Greiner,
R. J. Richardson, R. M. Worden,
R. Y. Ofoli
11:35 92. Electric field induced build-up and
separation of charged species in patterned
supported bilayer lipid membranes.
M. R. Cheetham, J. P. Bramble,
B. R. Johnson, X. Han, L. J. Jeuken,
P. D. Olmsted, S. D. Evans
Section E
Westin Boston Waterfront
Lewis
Nano Letters: The Next Ten Years
Functional Nanomaterials
P. Alivisatos, C. Lieber, Organizers,
Presiding
P. A. Lewis, Presiding
8:30 93. Selective nanocatalysis of organic
transformation by metals. G. A. Somorjai
9:10 94. Single-molecule nanocatalysis.
P. Chen
9:50 95. Hybrid nanoparticle architectures:
What’s next? U. Banin
10:30 96. Towards assembly engineering:
Designing patchy particles for self-assembly
propensity. S. C. Glotzer
11:10 97. Excited state dynamics in semiconducting
and metallic quantum dots: A
time-domain ab initio perspective.
O. Prezhdo
34–TECH
‡ Cooperative Cosponsorship
Section A
Westin Boston Waterfront
Harbor Ballroom II
Surface Chemistry and Environmental
Applications of Nanoporous Materials
S. Larsen, Organizer
W. Song, Organizer, Presiding
9:00 98. Biocompatible mesoporous silica
nanoparticles for cell type selective membrane
transport and intracellular delivery.
V. S. Lin
9:30 99. Studies on the adsorption, encapsulation,
and release of enzymes using
nanoporous particles. C. Landry,
S. Livingston, A. Clemments, B. Miller
10:00 100. Interactions of an anticancer
drug with zeolites and mesoporous silica.
A. Datt, N. A. Dhuna, S. C. Larsen
10:15 101. Development of bifunctional
nanozeolites for targeted imaging applications.
N. Ndiege, R. Raidoo,
S. C. Larsen, M. Scultz
10:30 Intermission
10:50 102. Engineering nanospaces: Designing
organic-inorganic hybrid materials.
D. F. Shantz
11:20 103. Synthesis of ordered mesoporous
silicas with ultra-large mesopores.
L. Huang, L. Cao, M. Kruk
11:35 104. Porous organosilicas for concentration
and detection of nitroenergetic
and organophosphate compounds.
B. J. Melde, B. J. Johnson, P. T. Charles,
I. A. Leska, M. A. Dinderman,
J. R. Deschamps
11:50 105. Multimodal nanoimprinted polyethyleneimine
template for nanoparticle
assembly and immobilization.
c. Subramani, Y. Ofir, D. Patra,
B. J. Jordan, I. W. Moran, M. -. Park,
K. R. Carter, V. M. Rotello
Section B
Westin Boston Waterfront
Alcott
Nanomaterials for Biological,
Pharmaceutical and Biomedical
Applications
Nanoparticle-cell Interactions
R. Nagarajan, Organizer, Presiding
K. Hamad-Schifferli, Presiding
9:00 106. Engineering the nanoparticle-biology
interface. K. Hamad-Schifferli
9:20 107. Dual ligand-presenting surfaces
that can dynamically modulate cell behavior
in situ. A. Pulsipher, S. Park,
M. N. Yousaf
9:40 108. Comparison of bactericidal activity
against Escherichia coli of silver nanoparticles
with chemical disinfectants.
K. R. Chamakura, R. P. Ballestero,
S. Bashir, J. Liu
10:00 109. Using quartz crystal microbalance
with dissipation monitoring
(QCM-D) to predict antimicrobial peptide
action on membranes. K. F. Wang,
R. Nagarajan, C. Mello, T. A. Camesano
10:20 110. Bacteria pattern spontaneously
on periodic nanoscale structures.
A. I. Hochbaum, A. Epstein, J. Aizenberg
10:40 111. Lipid bilayer-coated mesoporous
silica nanoparticles (MSNs): Highly modular
synthesis for affecting cellular uptake,
drug release, and intracellular fate of
MSNs. R. A. Roggers,V.Lin
11:00 112. In vivo targeting of fluorescent
silica nanoparticles to ischemia. J. Kim,
L. Cao, D. J. Mooney
11:20 113. Investigation of threonine based
nanotubes for the development of new
antioxidant materials. S. N. Barnaby,
K. R. Fath, I. A. Banerjee
11:40 114. Antiseptic single wall carbon
nanotube bandages. T. J. Simmons,
S. Lee, T. Park, D. P. Hashim,
P. M. Ajayan, R. J. Linhardt
12:00 115. Functionality of multivalent cell
adhesion ligands on viruses. L. Lee,
Q. Wang
Section D
Westin Boston Waterfront
Carlton
Symposium in Honor of Kash Mittal
Contact Angle, Wettability and Adhesion
V. S. Gutowski, R. Nagarajan, Organizers
H. Dodluk-Kenlg, Organizer, Presiding
9:00 116. To wet or not to wet? Stability,
metastability and instability of contact angles.
A. Marmur
9:40 117. Solvation pressure between molecularly
rough surfaces. A. V. Neimark
10:00 118. Effects of equilibrium vapor adsorption
on capillary force. S. H. Kim,
M. P. de Boer
10:20 119. Wetting behaviors on viscoelastic
coating surface. G. Pu, S. Severtson
10:40 120. Interpretation of contact angle
data to estimate drop adhesion onto solid
surfaces. A. Amirfazli
11:00 121. Mechano-chemical properties of
precursor films in electrowetting by molecular
dynamics simulation. Y. Zhao
11:20 122. Adhesion characterization of
large area narrow band filters deposited
by ion beam sputtering and e-gun evaporation.
S. Scaglione, I. Di Sarcina,
M. Grilli, F. Menchini
Chemistry and Policy: Solving Problems at
the Interface
The Interface, Health, Environment, and
Security Sponsored by CHED, Cosponsored
by AGRO, ANYL, BIOL, CCPA, CHAS, COLL,
HIST, I&EC, INOR, NUCL, ORGN, POLY,
PRES, SCHB, and WCC
Surface and Interfacial Phenomena in
Environmental Processes
Sorption Processes: From Treatment to
Fate and Transport Sponsored by ENVR,
Cosponsored by COLL and GEOC
MONDAY AFTERNOON
Section A
Westin Boston Waterfront
Harbor Ballroom II
Surface Chemistry of Chiral Interfaces
A. Gellman, Organizer
D. Sholl, Organizer, Presiding
2:00 123. Controlling the adsorption of prochiral
reagents at chirally modified metal
surfaces. A. G. Trant, K. E. Wilson,
T. E. Jones, C. J. Baddeley
2:30 124. Understanding enantioselectivity
on chirally modified surfaces in ultrahigh
vacuum. W. Tysoe
2:55 125. Chiral surface chemistry in the environment.
F. M. Geiger
3:20 126. Chiral self-assembly on achiral
surfaces: Insights from theory. T. Popa,
I. Paci
3:45 127. Atomic-scale studies of chiral
metal surfaces. T. J. Lawton,
A. E. Baber, V. Pushkarev, A. J. Gellman,
E. H. Sykes
4:10 128. Molecular modeling of enantioselective
adsorption in homochiral metal-organic
frameworks. X. Bao,
L. J. Broadbelt, R. Q. Snurr
4:35 129. Mechanistic study of asymmetric
hydrogenation on chirally modified platinum.
V. Demers-Carpentier,
G. Goubert, G. Mahieu, J. Brunelle,
Y. Dong, S. Lavoie, P. H. McBreen
Section B
Westin Boston Waterfront
Alcott
Nanomaterials for Biological,
Pharmaceutical and Biomedical
Applications
Applications of Magnetic Nanomaterials
R. Nagarajan, Organizer, Presiding
2:00 130. Nanomedicine: Magnetic nanomaterials
and nanotube for controlled
drug release. V. Varadan
2:20 131. Recent developments in the synthesis
of magnetic nanoparticles for biomedical
applications. N. T. Thanh
2:40 132. Magnetic virus-like particles:
Novel materials for biomedical applications.
L. Bronstein, X. Huang,
A. Malyutin, J. Dyke, E. Gunn, B. Stein,
B. Dragnea
3:00 133. Block copolymer-coated magnetic
nanoparticles as hybrid systems for
imaging and therapeutic applications.
S. Louguet, C. Schatz, R. Epherre,
S. Mornet, E. Duguet, S. Lecommandoux
3:20 134. Responsive magnetic nanoparticles
modified with mixed polymer brush.
B. Zdyrko, M. Motornov, D. Pippalla,
M. K. Kinnan, G. Chumanov, S. Minko,
I. Luzinov
3:40 135. Magnetic glyco-nanoparticles: A
new tool for cancer cell studies.
X. Huang, K. El-boubbou, M. El-dakdouki
4:00 136. Synthesis of magnetic micro-particles
using stop flow lithography. S. Suh,
K. P. Yuet, D. Hwang, P. S. Doyle,
T. A. Hatton
4:20 137. Kinetic processes in the synthesis
of size tunable magnetite nanoparticles
for biomedical applications. B. Qi,
O. T. Mefford
4:40 138. Use of magnetite nanoparticles for
various therapeutic applications.
S. L. Saville, M. House, B. Qi,
O. T. Mefford
5:00 139. Stealth and functionalizable zwitterionic
magnetic nanoparticles prepared
by a one-step method for image-guided
targeting drug delivery. L. Zhang,H.Xue,
S. Jiang
Section C
Westin Boston Waterfront
Burroughs
Novel Model Systems for Bilayer Lipid
Membranes
Structure and Function
I. Koeper, J. Robertson, Organizers
K. Hristova, Organizer, Presiding
2:00 Introductory Remarks
2:05 140. Neutron reflectometry and offspecular
scattering investigations of lipid
membranes on thermo-responsive polymer
cushion. J. Majewski
2:35 141. pH-response of tethered membranes
obtained by stepwise functionalization:
Insights from X-ray and neutron
reflectometry. B. Nickel, S. Hertrich,
J. Rädler
3:05 142. Poly(lipid) supramolecular assemblies:
Structure, function, and bioanalytical
applications. S. Saavedra
3:35 143. Lipid bilayers immobilized on
polyelectrolyte multilayer cushions.
R. Krastev, J. Chen, T. Gutberlet
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