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TECHNICAL PROGRAM - American Chemical Society Publications

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COMP <strong>TECHNICAL</strong> <strong>PROGRAM</strong><br />

1:30 205. Peptide partitioning properties<br />

from direct water-to-membrane insertion<br />

studies. J. P. Ulmschneider<br />

2:00 206. Understanding interactions of propylene<br />

glycol and skin lipids using molecular<br />

dynamics simulation. J. Ghosh,<br />

B. Michniak-Kohn<br />

2:30 207. Conformational prediction of the<br />

HIV-1 gp41 membrane-spanning domain.<br />

V. K. Gangupomu,C.F.Abrams<br />

3:00 208. Computing dynamics, electrostatics<br />

and spectroscopy at membrane-water<br />

interfaces. J. D. Hirst, D. Robinson,<br />

N. A. Besley, P. O’Shea<br />

3:30 Intermission<br />

3:45 209. Lipid10: A comprehensive phospholipid<br />

force field for AMBER.<br />

R. C. Walker, A. Skjevik, K. Teigen<br />

4:15 210. Adaptive multiscale modeling of<br />

bilayer systems. P. B. Moore, V. Perez,<br />

S. O. Nielsen, B. Ensing<br />

4:45 211. Effect of spherical fullerenes on<br />

pulmonary lipid monolayers: Molecular<br />

dynamics simulations. S. O. Nielsen,<br />

C. Chiu, P. B. Moore, R. DeVane,<br />

M. L. Klein, W. Shinoda<br />

Section E<br />

Boston Convention & Exhibition Center<br />

Room 157B<br />

Docking & Scoring: What Have We Learned<br />

and Where Are We Now?<br />

Computational Approaches for Fragment<br />

Screening<br />

N. Nevins, G. Warren, Organizers<br />

G. McGaughey, Organizer, Presiding<br />

1:30 212. Fragment docking in BACE: Retrospective<br />

survey of loop sampling and<br />

docking. J. H. Voigt, P. Orth, Y. Wang,<br />

D. Wyss, S. Babu, J. Caldwell,<br />

S. Chackalamannil, X. Che, J. Cumming,<br />

M. Czarniecki, J. Duo, J. Durkin, H. Gu,<br />

T. Guo, R. Hunter, U. Iserloh,<br />

M. E. Kennedy, R. Kuvelkar, L. Thuy,<br />

V. Madison, R. D. Mazzola,<br />

B. A. McKittrick, T. Meng, J. Misiaszek,<br />

T. Nechuta, J. Pan, E. Parker, G. Qian,<br />

K. Saionz, M. Senior, E. M. Smith, Z. Sun,<br />

D. Tadesse, L. Wang, J. Wong, Y. Wu,<br />

Y. Xia, Y. Ye, J. Zhao, Z. Zhu,<br />

A. Stamford, W. Greenlee, C. Strickland<br />

2:00 213. Accurate pose prediction and improved<br />

structure-based virtual screening<br />

for fragments. W. Sherman<br />

2:30 214. Fragment screening paradigm for<br />

drug discovery. D. Joseph-McCarthy<br />

3:00 Intermission<br />

3:15 215. Fragment-based druggability<br />

measures in drug targets. D. R. Hall,<br />

C. Ngan, B. Zerbe, D. Kozakov, S. Vajda<br />

3:45 216. FragVLib: Fragment-based virtual<br />

screening library using geometric and<br />

chemical patterns of interactions at interface<br />

of ligand-receptor complex crystal<br />

structures. R. S. Khashan, W. Zheng<br />

Section F<br />

Boston Convention & Exhibition Center<br />

Room 154<br />

Using Waters Explicitly in Drug Discovery<br />

Hybrid Explicit/Implicit Methods<br />

Cosponsored by CINF and MEDI<br />

V. Shanmugasundaram, Organizer<br />

W. Sherman, Organizer, Presiding<br />

1:30 Introductory Remarks - Woody Sherman<br />

1:35 217. Molecular dynamics studies of<br />

water-protein interactions. G. Hummer,<br />

J. C. Rasaiah, H. Yin, G. Feng<br />

44–TECH<br />

‡ Cooperative Cosponsorship<br />

2:15 218. Addressing limitations with the<br />

MM-GB/SA scoring procedure using the<br />

WaterMap method and free-energy perturbation<br />

calculations. C. R. Guimaraes<br />

2:45 219. Prediction of potency of protease<br />

inhibitors by GBSA simulations with polarizable<br />

quantum mechanics-based ligand<br />

charges and a hybrid water model.<br />

D. Das, H. Mitsuya, Y. Koh, Y. Tojo,<br />

A. Ghosh<br />

3:15 Coffee Break<br />

3:30 220. Continuum theory and the analysis<br />

of active sites. A. Nicholls,M.Word<br />

4:00 221. Prediction of consistent water networks<br />

in uncomplexed protein binding<br />

sites based on knowledge-based potentials.<br />

M. Betz, G. Neudert, G. Klebe<br />

4:30 222. Explicit-water modeling of a<br />

model protein-ligand binding site predicts<br />

the non-classical hydrophobic effect.<br />

D. T. Moustakas,P.W.Snyder,<br />

W. Sherman, G. M. Whitesides<br />

5:00 223. New coarse-grained model for<br />

water: The importance of electrostatic interactions.<br />

Z. Wu, Q. Cui, A. Yethiraj<br />

TUESDAY EVENING<br />

Section A<br />

Boston Convention & Exhibition Center<br />

Room 156B<br />

<strong>Chemical</strong> Computing Group Excellence<br />

Award Financially supported by <strong>Chemical</strong><br />

Computing Group, Inc<br />

C. Simmerling, Organizer<br />

6:00 224. Virtual screening targeting the<br />

PhoP response regulator to inhibit bacterial<br />

virulence. Y. T. Tang, E. A. Groisman,<br />

J. J. Havranek, G. R. Marshall<br />

6:20 225. Computational investigation of the<br />

transport mechanism for monoamine<br />

transporters. B. A. Merchant,<br />

J. D. Madura<br />

6:40 226. Quantum chemistry calculations<br />

for arbitrarily complex electrostatic environments:<br />

Benzene anion stabilization.<br />

R. Olivares-Amaya, M. Stopa,<br />

A. Aspuru-Guzik<br />

7:00 227. Biomolecular dynamics simulations<br />

based on the finite-difference Poisson-Boltzmann<br />

method. Q. Cai,X.Ye,<br />

J. Wang, M. Hsieh, R. Luo<br />

7:20 228. Filtering and ranking enzyme designs<br />

using EDGE. S. A. Johnson,<br />

K. N. Houk<br />

Section B<br />

Boston Convention & Exhibition Center<br />

Room 156B<br />

Hewlett-Packard Outstanding Junior<br />

Faculty Award Financially supported by<br />

Hewlett-Packard Development Company, L.P.<br />

C. Simmerling, Organizer<br />

6:00 229. Quantum information and quantum<br />

computation for chemistry.<br />

A. Aspuru-Guzik<br />

6:20 230. Excited-state quantum chemistry<br />

for macromolecules and condensed<br />

phases. J. M. Herbert<br />

6:40 231. Mimicking coarse-grained simulations<br />

without coarse-graining: Enhanced<br />

sampling by damping short-range interactions.<br />

F. Wang<br />

7:00 232. Information flow in biomolecules.<br />

A. van der Vaart<br />

Section C<br />

Boston Convention & Exhibition Center<br />

Room 052A/B<br />

Poster Session<br />

E. X. Esposito, Organizer<br />

6:00–8:00<br />

233. Predicting the structure and the binding<br />

site of rimonabant for the cannabinoid<br />

CB1 receptor. C. E. Scott, R. Abrol,<br />

W. A. Goddard<br />

234. Theoretical studies of hydrogen spillover<br />

mechanism for developing next generation<br />

automobile catalyst: A quantum<br />

chemical molecular dynamics study.<br />

F. Ahmed, R. Muira, A. Suzuki, H. Tsuboi,<br />

N. Hatakeyama, A. Endou, H. Takaba,<br />

M. Kubo, A. Miyamoto<br />

235. Crystallization of polydisperse systems<br />

of aspherical particles. W. L. Miller,<br />

A. Cacciuto<br />

236. Dependent of structural and thermodynamic<br />

characteristics of supercritical carbon<br />

dioxide fluid from atomic charges in<br />

molecule in region of critical point calculated<br />

by RISM theory. S. V. Keshtova,<br />

F. Keshtova<br />

237. Application of structure and ligand<br />

based methods for the investigation of<br />

the flexibility of loop regions within a cyclin-dependent<br />

kinase (CDK) and the prediction<br />

of a possible binding mode of<br />

highly selective inhibitors. C. Jäger,<br />

M. Buchholz, W. Brandt, L. Zeitlmann,<br />

A. Niestroj, H. Demuth, U. Heiser<br />

238. Molecular simulation of the nucleation<br />

and growth of C60 nanoparticles from the<br />

supersaturated vapor and from the undercooled<br />

liquid. K. Ngale,<br />

C. Desgranges, J. Delhommelle<br />

239. Phase equilibria of polyaromatic hydrocarbons<br />

by hybrid Monte Carlo Wang-<br />

Landau simulations. A. Magness,<br />

C. Desgranges, J. Delhommelle, J. Hicks<br />

240. Molecular simulation of the formation of<br />

Fe-Pt nanomaterials for ultrahigh-density<br />

magnetic data storage. J. Persson,<br />

C. Desgranges, J. Delhommelle<br />

241. Enhanced sampling in folding simulations<br />

of Ala5 peptide by DSRI method.<br />

D. Wei,F.Wang<br />

242. Monte Carlo statistical analysis of the<br />

uncertainty of enrichment metrics for ensemble<br />

docking. I. Tubert-Brohman<br />

243. Docking studies of propafenone derivatives<br />

into a homology model of the hERG<br />

channel in the open state. A. Schiesaro,<br />

A. Windisch, E. Eugen Timin, S. Hering,<br />

G. F. Ecker<br />

244. QSAR, ligand efficiency (LE) and lipophilic<br />

efficiency (LipE) studies of a series<br />

of benzophenone-type inhibitors of<br />

the multidrug transporter P-glycoprotein.<br />

I. Jabeen, Z. Parveen, U. Rinner,<br />

P. Chiba, G. F. Ecker<br />

245. Molecular insight into FabH-inhibitor interactions<br />

using molecular dynamics simulations<br />

and free energy calculations to<br />

identify novel scaffolds for inhibition by<br />

pharmacophore-based virtual screening.<br />

A. Mittal, M. E. Johnson<br />

246. Molecular origin of the interaction between<br />

PB1 and PB2 subunit in RNA polymerase<br />

of influenza virus. J. Park,W.Jo<br />

247. Development of minimal pharmacophore<br />

hypotheses by molecular dynamics<br />

simulation and spatial restriction for<br />

screening N5-CAIR mutase fragment-like<br />

inhibitors. T. Zhu, D. Mulhearn,<br />

M. E. Johnson<br />

248. Computational modeling study of anthranilate<br />

synthase from Streptomyces<br />

venezuelae for the developing new antimicrobial<br />

agents. J. Z. Hu, M. Ashenafi,<br />

W. M. Byrnes, W. W. Southerland<br />

249. Machine learning application for the<br />

high-performance prediction of functional<br />

sites in proteins of unknown function.<br />

S. Somarowthu,Y.Wang,<br />

A. Michaelson, H. Yang, M. Ondrechen<br />

250. Identification of functional subclasses in<br />

the ribulose-phosphate binding barrel superfamily<br />

using computational tools.<br />

J. S. Lee, S. Somarowthu, M. Ondrechen<br />

251. Comparison of the performance of different<br />

scoring functions in docking of antidepressants<br />

to serotonin transporter.<br />

S. G. Manepalli, J. D. Madura, C. Surratt<br />

252. Novel scaffold replacement methodology<br />

applied to the discovery of P38 MAP<br />

kinase inhibitors. J. Leonard,<br />

N. Thorsteinson<br />

253. Insights into the cross-reaction between<br />

trypanosoma cruzi antibodies and<br />

human beta-1 adrenergic receptor.<br />

C. F. de Oliveira, A. J. McCammon<br />

254. Molecular orbital study of keto-enol tautomerism<br />

of salvinorin A models. I. Vinar,<br />

W. J. Skawinski, C. A. Venanzi<br />

255. Ligand-steered modeling of the cannabinoid<br />

receptor 2: Successful applications<br />

to rationalize SAR data of selective<br />

CB2 inverse agonist and agonist compounds.<br />

S. S. Phatak, P. Diaz, J. Xu,<br />

F. Astruc-Diaz, M. Naguib,<br />

C. N. Cavasotto<br />

256. Development of property-encoded<br />

shape distribution descriptors for the robust<br />

prediction of polymer glass transition<br />

temperatures. M. P. Krein,S.Das,<br />

M. J. Embrechts, B. Natarajan,<br />

L. Schadler, C. M. Breneman<br />

257. Molecular dynamics studies of amphiphathic<br />

peptides embedded within a<br />

lipid bilayer. T. T. Nguyen, Z. Liu,<br />

P. B. Moore<br />

258. Structural basis of pregnane X receptor<br />

binding promiscuity. C. Ngan, D. Beglov,<br />

A. N. Rudnitskaya, D. Kozakov,<br />

D. J. Waxman, S. Vajda<br />

259. Coarse-grained modeling of antibody<br />

self-association. A. Chaudhri,<br />

T. Kamerzell, G. A. Voth<br />

260. An N log N generalize Born approximation.<br />

R. Anandakrishnan, A. V. Onufriev<br />

261. Development of internal potentials for a<br />

protein coarse-grain forcefield.<br />

K. Nguyen, J. Galan, Z. Liu, R. DeVane,<br />

P. Moore<br />

262. Interaction of 12c4 with alkali metal cation<br />

in aqueous solution: Theoretical investigation<br />

using polarized continuum<br />

model. T. Arora, H. Ali, W. A. Burns,<br />

H. Koizumi<br />

263. LowModeMD: Conformational search<br />

of small molecules, macrocycles, and<br />

protein loops. E. Sourial,P.Labute<br />

264. Parameterization of small drug-Like ligands<br />

using CHARMM General Force<br />

Field. K. C. Immadisetty, J. Gibbons,<br />

J. Brancho, J. D. Madura<br />

265. Glycogen phosphorylase inhibitor identification<br />

targeting the inhibitor binding<br />

site using virtual screening and experimental<br />

validation. S. Zhong, K. Alexacou,<br />

M. A. Charavgi, C. Tiraidis,<br />

S. E. Zographos, D. D. Leonidas,<br />

E. D. Chrysina, N. G. Oikonomakos,<br />

A. D. MacKerell, Jr.<br />

266. Structure refinement by J-coupling constants<br />

restraining using local elevation.<br />

D. Steiner, W. F. van Gunsteren<br />

267. First-principles design of conductance<br />

switching in functionalized carbon nanotubes.<br />

E. Y. Li, N. Poilvert, N. Marzari<br />

268. Binding free energy of cocaine and citalopram<br />

to the serotonin transporter using<br />

molecular dynamics. J. J. Brancho,<br />

K. Immadisetty, J. Gibbons, J. D. Madura<br />

269. Prediction of Lapatinib selectivity with<br />

kinases in the ErbB family. Y. Huang<br />

270. Correcting for errors in one-body and<br />

two-body interactions of small molecules<br />

in DFT with empirical potential forms parameterized<br />

through force matching.<br />

Y. Song,F.Wang<br />

271. Identification of novel non-hydroxamate<br />

anthrax toxin lethal factor inhibitor scaffolds<br />

using in silico and in vitro highthroughput<br />

screening methodologies.<br />

T. Chiu, J. Solberg, S. Patil,<br />

T. W. Geders, X. Zhang, S. Rangarajan,<br />

R. Francis, B. C. Finzel, M. A. Walters,<br />

D. J. Hook, E. A. Amin<br />

272. HS-PHARM-GEN: An automated tool<br />

for generating receptor-based pharmacophores<br />

from ligand-free protein structures.<br />

G. Chuang, C. Barillari, D. Rognan<br />

273. Molecular interaction footprints: A<br />

docking rescoring method. T. E. Balius,<br />

S. Mukherjee, R. C. Rizzo<br />

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