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TECHNICAL PROGRAM - American Chemical Society Publications

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ORGN <strong>TECHNICAL</strong> <strong>PROGRAM</strong><br />

4:20 563. Catalysis by metal nanoparticles.<br />

B. C. Ranu<br />

4:40 564. New iron complexes and their catalytic<br />

activity in C-C and C-O bond forming<br />

reactions. E. B. Bauer, M. Lenze,<br />

P. Shejwalkar<br />

Section G<br />

Boston Convention & Exhibition Center<br />

Room 207<br />

Material, Devices and Switches<br />

S. Sieburth, Organizer<br />

I. Aprahamian, Presiding<br />

1:00 565. Solution processable high band<br />

gap hosts based on carbazole functionalized<br />

cyclic phosphazene cores for application<br />

in organic light-emitting diodes.<br />

M. Soh, S. Santamaria, H. Bolink,<br />

A. Sellinger<br />

1:20 566. Synthesis of phenylene-containing<br />

acenoid structures. R. R. Parkhurst,<br />

T. M. Swager<br />

1:40 567. Photochemically triggered radical<br />

reactions on graphitic carbons. L. Soldi,<br />

R. J. Cullen, D. Jayasundara, D. Murphy,<br />

E. Scanlan, S. Giordani, P. E. Colavita<br />

2:00 568. Optimization of OLED power efficiency<br />

by chemical structure modification.<br />

A. B. Padmaperuma, P. K. Koech,<br />

L. Cosimbescu, E. Polikarpov,<br />

A. Von Ruden, J. E. Rainbolt,<br />

J. S. Swensen, L. Wang, J. T. Darsell,<br />

D. J. Gaspar<br />

2:20 569. Development and utility of a lightresponsive<br />

MRI T2 agent. E. A. Osborne,<br />

A. Y. Louie<br />

2:40 570. C 3-symmetric conjugation supported<br />

by tris(hydrazone) platform: Elucidation<br />

of tautomeric state and application<br />

to amine vapor sensing. H. Lee,X.Song,<br />

H. Park, D. Lee<br />

3:00 571. Connecting metal centers in solution<br />

with water soluble multi-walled carbon<br />

nanotubes. J. M. Schnorr,<br />

T. M. Swager<br />

3:20 572. N, N�-dicarbazolyl-4,4�-biphenyl<br />

(CBP) isomers with high triplet energies<br />

as hosts for blue phosphorescence: Synthesis,<br />

spectroscopy, and OLEDs.<br />

P. Anzenbacher, G. V. Zyryanov,<br />

C. Pérez-Bolívar, S. Takizawa<br />

3:40 573. Gilch and Horner-Wittig Routes to<br />

poly(p-phenylene vinylene) derivatives incorporating<br />

monoalkyl defect-free 9,9-dialkyl-1,4-fluorenylene<br />

units.<br />

B. J. Laughlin,R.C.Smith<br />

4:00 574. Poly(p-phenylenevinylene) derivatives<br />

with defined conjugation segments<br />

and post-polymerization modification<br />

with chromophores. A. A. Buelt,<br />

R. C. Smith<br />

4:20 575. Wound healing modulation and<br />

acceleration with novel nitric oxide releasing<br />

hybrid nanoparticles.<br />

A. Friedman, G. Han, L. Martinez,<br />

J. Nosanchuk, J. Friedman<br />

4:40 576. Nanoparticles as a novel topical<br />

delivery vehicle for therapeutics targeting<br />

erectile dysfunction. A. Friedman,<br />

G. Han, M. Tar, A. Melman, K. Davies,<br />

J. Friedman<br />

5:00 577. Mimicry of amyloid �-sheets.<br />

P. Cheng,J.S.Nowick<br />

92–TECH<br />

‡ Cooperative Cosponsorship<br />

Section A<br />

Boston Convention & Exhibition Center<br />

Ballroom East<br />

Arthur C. Cope and Arthur C. Cope<br />

Scholars Award Symposium<br />

S. Sieburth, Organizer<br />

P. A. Evans, Presiding<br />

1:20 578. Award Address (Arthur C. Cope<br />

Scholar Award (CSM) Sponsored by<br />

Arthur C. Cope Fund). C—H Oxidation in<br />

organic synthesis. M. White<br />

2:00 579. Award Address (Arthur C. Cope<br />

Scholar Award (CSM) Sponsored by<br />

Arthur C. Cope Fund). Complexity building<br />

reactions: Recent case studies.<br />

J. Johnson<br />

2:40 580. Award Address (Arthur C. Cope<br />

Scholar Award (CSM) Sponsored by<br />

Arthur C. Cope Fund). Palladium-catalyzed<br />

oxidation reactions for organic synthesis.<br />

M. S. Sigman<br />

3:20 581. Award Address (Arthur C. Cope<br />

Scholar Award (CSM) Sponsored by<br />

Arthur C. Cope Fund). Carbon dichloride:<br />

Dihalocarbenes sixty years after Hine.<br />

R. A. Moss<br />

4:00 582. Award Address (Arthur C. Cope<br />

Award Sponsored by Arthur C. Cope<br />

Fund). Pericyclic reactions: Reactivity,<br />

mechanisms, and dynamics. K. N. Houk<br />

Natural Products Biosynthesis Sponsored<br />

by BIOL, Cosponsored by MEDI and ORGN<br />

Oligonucleotide Therapeutics Sponsored by<br />

CARB, Cosponsored by ANYL, BIOL, MEDI,<br />

and ORGN<br />

TUESDAY EVENING<br />

Section A<br />

Boston Convention & Exhibition Center<br />

Hall C<br />

Asymmetric Reactions and Syntheses,<br />

Biologically-Related Molecules &<br />

Processes, Material, Devices & Switches<br />

and Peptides, Proteins & Amino Acids<br />

A. Abdel-Magid, Organizer<br />

8:00–10:00<br />

583. Phosphine-catalyzed enantioselective<br />

formation of �-arylthio �,�-unsaturated<br />

esters from activated allenes.<br />

Y. Fujiwara, J. Sun, G. C. Fu<br />

584. Asymmetric aldol addition to cyclopentylpropynone<br />

gives key intermediate to<br />

antiviral drug candidate. J. Sieser,<br />

R. A. Singer, P. Bowles, D. Lafrance<br />

585. Enantioselective total synthesis of<br />

streptorubin B. D. X. Hu, M. D. Clift,<br />

R. J. Thomson<br />

586. Enantioselective bromolactonization of<br />

conjugated enynes. W. Zhang, S. Zheng,<br />

N. Liu, J. B. Werness, W. Tang<br />

587. Organocatalytic enantioselective hydroxyalkylation<br />

of indoles with trifluoroacetaldehyde<br />

hemiacetal catalyzed by<br />

cinchona alkaloids. D. Borkin,S.Landge,<br />

B. Torok<br />

588. Enantioselective Friedel-Crafts alkylation<br />

of indoles with chiral �-phenyl benzylic<br />

cations: Asymmetric synthesis of<br />

anti-1,1,2-triarylalkanes. J. Y. Chung,<br />

D. Mancheno, P. G. Dormer, R. G. Ball,<br />

N. N. Tsou<br />

589. Sulfinimine-mediated asymmetric synthesis<br />

of anti-a-alkyl b-amino Weinreb<br />

amides and ketones. P. Xu, F. A. Davis<br />

590. Asymmetric transfer hydrogenation of<br />

quinolines using tethered Ru (II) catalysts.<br />

V. Parekh, I. Lennon, J. Ramsden,<br />

M. Wills<br />

591. Highly active water-soluble and recyclable<br />

organocatalyst for the asymmetric<br />

1,4-conjugate addition of carbanion to<br />

�,�-unsaturated aldehydes. B. Ni,<br />

S. Ghosh, K. Dhungana, A. D. Headley<br />

592. Stereoselective copper-catalyzed synthesis<br />

of chiral 1,2- hydroxyalkyl moieties.<br />

M. Fañanás Mastral, B. L. Feringa<br />

593. Highly efficient synthesis of chiral epoxides<br />

via borane reduction of 2-haloketones<br />

catalyzed by spiroborate ester:<br />

Application to the synthesis of optically<br />

pure 1,2-hydroxy ethers and 1,2-azido alcohols.<br />

M. Ortiz-Marciales, K. Huang,<br />

H. Wang, M. De Jesús, C. Torruellas,<br />

W. Correa, V. Stepanenko<br />

594. Facile synthesis of [1,2,4]-triazolo[4,3-<br />

A]-pyridine and related derivatives. J. Liu,<br />

X. Lin, E. Liu<br />

595. Origin of stereoselectivity induced by<br />

Evans’ oxazolidinones in furan–oxyallyl<br />

(4�3) cycloadditions. E. H. Krenske,<br />

K. Houk, A. G. Lohse, J. E. Antoline,<br />

R. P. Hsung<br />

596. First asymmetric total synthesis of 3,3�biflavanone.<br />

B. Ma<br />

597. Highly selective organocatalytic<br />

Michael-Michael cascade reaction gives<br />

fused carbocycles. P. G. McGarraugh,<br />

S. E. Brenner<br />

598. Novel applications of BINOL-phosphates<br />

in asymmetric catalysis.<br />

A. Zamfir, C. Baudequin, S. B. Tsogoeva<br />

599. Asymmetric ketone and imine reductions<br />

using ruthenium catalysts.<br />

J. Hopewell, M. Wills, J. E. Martins<br />

600. Catalytic asymmetric synthesis of highly<br />

functionalized cis-aziridines via a general<br />

method for versatile diazoketones.<br />

H. Ren,W.D.Wulff<br />

601. Asymmetric synthesis of di- and trisubstituted<br />

cyclopropanes through an intramolecular<br />

ring closure.<br />

M. M. Mulhern, J. M. Kallemeyn, Y. Ku<br />

602. Synthetic strategies towards the synthesis<br />

of enantiopure diamines predicted<br />

to be a hundred million fold more basic<br />

than the original proton sponge.<br />

S. Purser, R. W. Alder, C. P. Butts,<br />

G. C. Lloyd-Jones<br />

603. Asymmetric organocatalysis using<br />

DPEN and proline derivatives.<br />

C. V. Manville, M. Wills, G. Docherty,<br />

G. Woodwood, R. Padda<br />

604. Recyclable fluorous organocatalysts for<br />

asymmetric synthesis. Z. Zhang,<br />

L. Wang, H. Zeng, W. Zhang<br />

605. Double stereodifferentiation in the imine<br />

substituent in aziridinations with diazoesters.<br />

L. Huang, Y. Zhang,<br />

W. D. Wulff<br />

606. CB-1 receptor antagonist process development.<br />

E. Reiff, L. Hobson,<br />

S. Brueggemeier, R. Deshpande,<br />

L. Greene, S. Kim, J. Li, L. Li, D. Lin,<br />

O. Lyngberg, M. Mahoney, G. Powers,<br />

X. Qian, B. Remy, V. Rosso, M. Sandoval,<br />

E. Tang, P. Tattersall, K. TenHuisen,<br />

C. Wei<br />

607. Donor-acceptor cyclopropanes as<br />

building blocks in (3�2) annulation reactions.<br />

A. T. Parsons, A. G. Smith,<br />

J. S. Johnson<br />

608. Practical stereoselective synthesis of<br />

(�)-polyoxamic acid via enatioselective<br />

phase-transfer catalytic Michael reaction<br />

and diastereoselective dihydroxylation.<br />

Y. Lee,S.Jew,H.Park<br />

609. Synthesis of microsclerodermins F, G,<br />

H&I.A. H. Rathi, T. J. Donohoe<br />

610. Development of a practical and efficient<br />

synthesis of chloromethyl 2-ethoxy-2methylpropanoate.<br />

W. Cai,<br />

R. Colon-Cruz, N. D. Ide, Z. Peng,<br />

J. A. Ragan, B. C. Vanderplas<br />

611. Design and synthesis of VANOL and<br />

VAPOL derivatives as new ligands.<br />

Y. Guan,W.D.Wulff<br />

612. Sample loading techniques for large<br />

scale flash chromatography. J. E. Silver,<br />

O. Mneimne, R. Pipes, M. Drooby<br />

613. Asymmetric electrocyclization induced<br />

by chiral oxazoline auxiliaries. K. Kim,<br />

K. A. Parker<br />

614. Vinylogous Mukaiyama approaches towards<br />

the stereoselective synthesis of<br />

bielschowskysin and norsecurinines.<br />

A. G. Macabeo, O. Reiser<br />

615. Organocatalytic addition of oxindoles to<br />

nitrosobenzene. R. Rios, X. Companyó,<br />

A. Moyano<br />

616. Regiocontrolled asymmetric �,�-bisand<br />

�,�,��,��-tetraalkylation of ketones<br />

via N-amino cyclic carbamate chiral auxiliaries.<br />

S. E. Wengryniuk,D.Lim,<br />

D. M. Coltart<br />

617. Design and synthesis of Cobalt(II) porphyrin<br />

catalysts for stereoselective interand<br />

intro-molecular cyclopropanation.<br />

X. Xu, S. Zhu, X. Cui, H. Lu, R. Joshua,<br />

P. Zhang<br />

618. Synthesis of functionalized cyclopentenones<br />

via Diels-Alder reaction of anthracene.<br />

G. Eaksinitkun,<br />

W. Phutdhawong, W. Phutdhawong<br />

619. Enantioselective synthesis of 1-vinyltetrahydroisoquinolines<br />

via Pd-catalyzed intramolecular<br />

allylic amination using novel<br />

diphosphonites and its application for the<br />

formal total syntheses of Schulzeines<br />

A-C. C. Lin,I.Ojima<br />

620. Enantioselective synthesis of 1-vinyltetrahydroisoquinolines<br />

through Pd-catalyzed<br />

intramolecular asymmetric allylic<br />

amination using novel monophosphoramidite<br />

ligands. C. Chien,I.Ojima<br />

621. Optically active 2-aryl cycloalkanones<br />

by catalytic asymmetric carbon insertion.<br />

V. L. Rendina,D.C.Moebius,<br />

J. S. Kingsbury<br />

622. Structure enantioselectivity relationship<br />

studies involving cinchona alkaloid<br />

dimers for the the stereoselective organocatalytic<br />

chlorolactonization.<br />

S. E. Marshall, R. Yousefi,<br />

A. Jaganathan, B. Borhan<br />

623. Recent developments in the Pauson<br />

Khand reaction of allenol-acetates.<br />

S. Majumder, K. M. Brummond<br />

624. Asymmetric synthesis of cyclic cis-�amino<br />

acid derivatives using sulfinimines<br />

and prochiral Weinreb amide enolates.<br />

N. Theddu, F. Davis<br />

625. Synthesis of novel Spiroaminoborates<br />

esters derived from nonracemic 1,2-Aminoalcohols.<br />

M. De Jesús, M. M. Padilla,<br />

V. Stepanenko, M. Ortiz<br />

626. Catalytic enantioselective synthesis of<br />

chiral allylboronates. J. E. Schultz,<br />

G. R. Cook<br />

627. Asymmetric [4 � 3] cycloaddition applied<br />

to the synthesis of barekoxide and<br />

barekol. Y. Lian, L. Miller, R. Sarpong,<br />

H. M. Davies<br />

628. Highly enantioselective rhodium-catalyzed<br />

cyclopropenation of terminal<br />

alkynes with styryldiazoacetates.<br />

J. F. Briones<br />

629. Chiral promoters to control the stereochemical<br />

outcome of glycosylation reactions.<br />

D. Liu, S. Sarrafpour, W. Guo,<br />

B. M. Goulart, C. S. Bennett<br />

630. Toward the asymmetric total synthesis<br />

of antascomicin B via an asymmetric<br />

transfer hydrogenation, an Ireland-<br />

Claisen (ICR), and an allylic diazene (ADR)<br />

rearrangement sequence. D. R. Clay,<br />

M. C. McIntosh<br />

631. Studies toward the enantioselective<br />

syntheses of 3-hydroxy-2-oxindole containing<br />

natural products. A. J. Ostlund,<br />

B. Narayanaganesh, G. R. Cook<br />

632. Ring opening of aziridinium ions: Synthesis<br />

of enantiomerically pure amines<br />

and substituted trans-allyl amines.<br />

X. Sun, Y. Chen, H. Song, I. Sin,<br />

M. Dadwal, H. Chong<br />

633. Synthesis and enantioselective and regioselective<br />

ring opening of aziridinium<br />

ions. Y. Chen, H. Song, X. Sun,<br />

W. Sawyer, I. Sin, M. Dadwal, H. Chong<br />

634. Rate accelerated Wittig reactions using<br />

water as a medium employing stabilized<br />

ylides and aldehydes. M. B. Bergdahl,<br />

A. El-Batta, C. Jiang, A. L. Cooksy<br />

635. Double stereo-differentiation of chiral<br />

imines in catalytic asymmetric aziridination<br />

reaction. M. Mukherjee,<br />

V. R. Pulgam, W. D. Wulff<br />

Photographing or recording<br />

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activities other than your own<br />

are prohibited at all official<br />

ACS events without written<br />

consent from ACS.

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