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Pocket Program - CROI

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<strong>CROI</strong> 2013 Session 57<br />

188LB<br />

<br />

<br />

Kelly Dooley* 1 , A Luetkemeyer2 , J-G Park3 , R Allen4 , D Sutherland5 ,<br />

F Aweeka2 , S Koletar6 , Y Cramer3 , J Bao7 , D Haas5 , and A5306 Study Team<br />

1 2 Johns Hopkins Univ Sch of Med, Baltimore, MD, US;; Univ of<br />

California, San Francisco, US;; 3Statistical and Data Analysis Ctr,<br />

Harvard Sch of Pub Hlth, Cambridge, MA, US;; 4Social and Sci Systems,<br />

Inc, Silver Spring, MD, US;; 5Vanderbilt Univ Sch of Med, Nashville,<br />

TN, US;; 6Ohio State Univ, Columbus, US;; and 7Division of AIDS, NIH,<br />

Bethesda, MD, US<br />

189LB<br />

the Benefit of Concurrent Isoniazid Preventive Therapy with<br />

ART<br />

of a Randomized Controlled Trial<br />

Molebogeng Rangaka* 1,2,3 , R Wilkinson2,4,5,6 , K Wilkinson2,5 , J Glynn3 ,<br />

A Boulle1 , G Maartens7 , and ART plus IPT Study Team<br />

1Ctr for Infectious Disease Epidemiology and Res, Sch of Hlth Sci, Cape<br />

Town, South Africa;; 2Clinical Infectious Disease Res Initiative, Univ of<br />

Cape Town, South Africa;; 3London Sch of Hygiene and Tropical Med,<br />

UK;; 4Inst of Infectious Diseases and Molecular Med;; 5MRC Natl Inst for<br />

Med Res, London, UK;; 6 201 Divergent Patterns of CCR5 versus Alternative Co-receptormediated<br />

Entry in Pathogenic Rhesus Macaque and Non-<br />

<br />

Sarah Elliott*<br />

Imperial Coll London, Norfolk Place, UK;; and<br />

7Univ of Cape Town, South Africa<br />

1 , N Riddick1 , N Francella1 , M Paiardini2 , C Derdeyn2 ,<br />

G Silvestri2 , and R Collman1 1 2 Univ of Pennsylvania, Philadelphia, US and Yerkes Natl Primate Res<br />

Ctr, Emory Univ, Atlanta, GA, US<br />

202 HIV-1 Tropism and Co-receptor Binding Stoichiometry<br />

Melissa Zarr* 1 and R Siliciano1,2 1 2 Johns Hopkins Univ Sch of Med, Baltimore, MD, US and Howard<br />

Hughes Med Inst, Baltimore, MD, US<br />

203 <br />

Are Highly Permissive to HIV-1 ex vivo<br />

S Kohler, Joy Folkvord*, and E Connick<br />

Univ of Colorado Denver, Aurora, US<br />

204 <br />

Monitoring HIV-1 Envelope Maturation<br />

Z Stolp, S Diaz, A Stotland, B Hilton, and Roland Wolkowicz*<br />

San Diego State Univ, CA, US<br />

205 <br />

+ <br />

T Lymphocytes<br />

+ 190LB<br />

Patients<br />

in a Medium Burden TB Setting<br />

Jonathan Golub* 1,2 , V Saraceni3 , S Cavalcante3,4 , S Cohn1 , A Pacheco4 ,<br />

L Moulton1,2 , R Chaisson1,2 , and B Durovni3,5 1 Johns Hopkins Univ Sch of Med, Baltimore, MD, US;; 2 Johns Hopkins<br />

Univ Bloomberg Sch of Publ Hlth, Baltimore, MD, US;; 3 Rio de Janeiro<br />

City Hlth Secretariat, Brazil;; 4 FIOCRUZ, Rio de Janeiro, Brazil;; and<br />

5 Federal Univ of Rio de Janeiro, Brazil<br />

c Monday, 2:30-4 pm; Hall B2<br />

Session 55–Poster Abstracts<br />

Envelope/Entry/Tropism/Transmission<br />

192 Dendritic Cell-to-T Cell HIV Transmission Is a<br />

Drug-insensitive Mode of Infection<br />

Jocelyn Kim* 1,2 , A Sigal 1 , and D Baltimore 1<br />

Eveline Santos da Silva* 1 , M Mulinge 1 , M Lemaire 1 , A Rybicki 1 ,<br />

C Masquelier 1 , J-Y Servais 1 , J-C Schmit 1,2 , and D Perez Bercoff 1<br />

1 CRP-Sante, Luxembourg and 2 Ctr Hosp de Luxembourg<br />

c Tuesday, 2:30-4 pm; Hall B2<br />

Session 56–Poster Abstracts<br />

Transcription/Reverse and Forward,<br />

Splicing/Replication<br />

206 Cyclin-dependent Kinases Support HIV-1 Reverse Transcription<br />

Jin Leng* 1,2 , H-P Ho 3 , M Buzon 1,2 , F Pereyra 2,4 , X Yu 2 , E Chang 3 ,<br />

and M Lichterfeld 1<br />

1 Massachusetts Gen Hosp, Boston, US;; 2 Ragon Inst of MGH, MIT,<br />

and Harvard, Boston, MA, US;; 3 City Univ of New York, NY, US;;<br />

and 4 <br />

1 2 California Inst of Tech, Pasadena, US and David Geffen Sch of Med,<br />

Univ of California, Los Angeles, US<br />

193 Actin Dynamics Differentially Regulate Cell-to-Cell Transfer<br />

+ <br />

T Cells<br />

Marc Permanyer*, E Pauls, B Clotet, and J Este<br />

IrsiCaixa AIDS Res Inst, Badalona, Spain<br />

194 <br />

<br />

Virological Synapse Target Cells<br />

Talia Swartz*, A Esposito, N Durham, and B Chen<br />

Mt Sinai Sch of Med, New York, NY, US<br />

195 <br />

<br />

Maria Blasi* 1 , P Chen2 , B Chen2 , B Balakumaran1 , D Negri1,3 , A Cara1,3 ,<br />

and M Klotman1 1 2 Duke Univ Med Ctr, Durham, NC, US;; Mt Sinai Sch of Med, New York,<br />

NY, US;; and 3Inst Superiore di Sanita, Rome, Italy<br />

196 <br />

<br />

<br />

MS Valera1 , S Ziglio1 , Laura de Armas Rillo* 1 , J Barroso Gonzalez1 ,<br />

L Garcia Exposito1 , I Puigdomenech2 , JD Machado1 , J Blanco2 ,<br />

and A Valenzuela-Fernandez1 1 2 Univ of La Laguna, Spain and Univ Autonoma de Barcelona, Spain<br />

+ 197 <br />

<br />

Adhesion Molecule Mediated Virus Adsorption<br />

Joseph Kononchik Jr* and P Sun<br />

NIAID, NIH, Rockville, MD, US<br />

198 <br />

<br />

P Colin1 , Y Benureau1 , I Staropoli1 , Y Wang1 , O Hartley2 , A Brelot1 ,<br />

F Arenzana-Seisdedos1 , and Bernard Lagane* 1<br />

1 2 Inst Pasteur, Paris, France and Univ of Geneva, Switzerland<br />

199 <br />

<br />

<br />

Kelechi Chikere* 1 , N Webb1 , T Chou1 , P Gorry2 , and B Lee1 1 2 Univ of California, Los Angeles, US and Burnet Inst, Melbourne,<br />

Australia<br />

200 HIV-1 Co-receptor Switch in Treatment-naïve Patients:<br />

<br />

Virginie Mortier* 1 , D Staelens1 , K Dauwe1 , L Vancoillie1 ,<br />

W Cabooter2 , F Van Wanzeele3 , L Vandekerckhove3 , D Vogelaers3 ,<br />

K Chalmet1 , and C Verhofstede1 207 HIV-1 Vpu and Cellular TASK Proteins Suppress<br />

Transcription of Unintegrated HIV-1 DNA<br />

Nkiruka Emeagwali*<br />

1 2 3 Ghent Univ, Belgium;; MSD Belgium;; and Ghent Univ Hosp, Belgium<br />

1 and J Hildreth2 1 2 Warren Alpert Med Sch of Brown Univ, Providence, RI, US and Univ of<br />

California, Davis, US<br />

208 <br />

<br />

Alona Kuzmina* 1 , N Verstraete2 , O Bensaude2 , and R Taube1 1 2 Ben Gurion Univ of the Negev, Beer Sheba, Israel and Inst de Biologie<br />

de l’Ecole Normale Superieure, Paris, France<br />

209 Identification of Anti-HIV Activity of RNA Processing/Splicing<br />

<br />

Yoon-Jeoung Koh* and J-C You<br />

Natl Res Lab for Molecular Virology, Catholic Univ of Korea Sch of<br />

Med, Seoul<br />

210 Staufen-1 Interacts with HIV-1 Rev and HERV-K Rec Proteins<br />

to Assist in Nucleocytoplasmic Viral RNA Transport<br />

K Hanke, O Hohn, K Fiddeke, and Norbert Bannert*<br />

Robert Koch Inst, Berlin, Germany<br />

211 <br />

in HIV Transcription<br />

Alba Ruiz*, E Pauls, B Clotet, and J EsteRetrovirology Lab Irsi<br />

Caixa, Hosp Germans Trias i Pujol, Badalona, Spain<br />

212 <br />

HIV-1 Replication in Jurkat T Cells<br />

Ananda Ayyappan Jaguva Vasudevan* 1 , M Kramer1 , A Hain1 ,<br />

R Linka2 , R Hartig2 , B Schraven1 , D Haussinger1 , A Borkhardt1 ,<br />

and C Munk1 1Heinrich Heine Univ, Med Faculty, Dusseldorf, Germany and<br />

2Otto-von-Guericke Univ of Magdeburg, Germany<br />

c Wednesday, 2:30-4 pm; Hall B2<br />

Session 57–Poster Abstracts<br />

Accessory Proteins/Gag<br />

213 <br />

<br />

Sreya Tarafdar* 1,2 , J Poe1 , and T Smithgall1 1 2 Univ of Pittsburgh Sch of Med, PA, US and Univ of Pittsburgh Grad Sch<br />

of Publ Hlth, PA, US<br />

214 Vpr Is Required for the Expression and Replication of<br />

+<br />

<br />

T Cells<br />

Benjamin Trinite*, E Ohlson, S Rana, J Alster, I Voznesensky,<br />

and D Levy<br />

New York Univ Coll of Dentistry, NY, US<br />

<strong>Program</strong> 25<br />

Poster Listings

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