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hCFTR (human Cystic Fibrosis Transmembrane Conductance Regulator) mRNA Delivered Using a Novel Biodegradable Nanovector to CFTR Knock-Out Rats Improves CFTR Expression and Chloride Transport Across the Nasal Epithelium In Vivo [Board No. 1006]

Location: Board no. 1006
Session Type: RAPiD: Rapid Abstract Poster Discussion Session
Wednesday
May
23
1:30 PM
3:30 PM

Speaker(s)/Author(s)

Ren-Jay Shei

PhD, MS
University of Alabama at Birmingham

Denise Stanford

Bachelor of Science
University of Alabama at Birmingham

Lawrence W. Rasmussen

MSc
UAB;University of Alabama at Birmingham

Shrirang Karve

PhD
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Liping Tang

DVM PhD
UAB;University of Alabama at Birmingham;University of Alabama Birmingham

Steven M. Rowe

MD, MSPH
UAB;Univ of Alabama At Birmingham;University of Alabama;University of Alabama at Birmingham

Frank DeRosa

PhD
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Niroop Kaza

MBBS MPH PhD
University of Alabama at Birmingham

Michael Heartlein

PhD
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View Abstract

hCFTR (human Cystic Fibrosis Transmembrane Conductance Regulator) mRNA Delivered Using a Novel Biodegradable Nanovector to CFTR Knock-Out Rats Improves CFTR Expression and Chloride Transport Across the Nasal Epithelium In Vivo

Parent Sessions

  • D110 - EPITHELIAL FUNCTION IN HEALTH AND DISEASE...
    05-23-2018 1:30 PM - 3:30 PM
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