Skip to navigation Skip to content
  • Woodruff
  • Business
  • Health Sciences
  • Law
  • MARBL
  • Oxford College
  • Theology
  • Schools
    • Undergraduate

      • Emory College
      • Oxford College
      • Business School
      • School of Nursing

      Community

      • Emory College
      • Oxford College
      • Business School
      • School of Nursing
    • Graduate

      • Business School
      • Graduate School
      • School of Law
      • School of Medicine
      • School of Nursing
      • School of Public Health
      • School of Theology
  • Libraries
    • Libraries

      • Robert W. Woodruff
      • Business
      • Chemistry
      • Health Sciences
      • Law
      • MARBL
      • Music & Media
      • Oxford College
      • Theology
    • Library Tools

      • Course Reserves
      • Databases
      • Digital Scholarship (ECDS)
      • discoverE
      • eJournals
      • Electronic Dissertations
      • EmoryFindingAids
      • EUCLID
      • ILLiad
      • OpenEmory
      • Research Guides
  • Resources
    • Resources

      • Administrative Offices
      • Emory Healthcare
      • Academic Calendars
      • Bookstore
      • Campus Maps
      • Shuttles and Parking
      • Athletics: Emory Eagles
      • Arts at Emory
      • Michael C. Carlos Museum
      • Emory News Center
      • Emory Report
    • Resources

      • Emergency Contacts
      • Information Technology (IT)
      • Outlook Web Access
      • Office 365
      • Blackboard
      • OPUS
      • PeopleSoft Financials: Compass
      • Careers
      • Human Resources
      • Emory Alumni Association
  • Browse
    • Works by Author
    • Works by Journal
    • Works by Subject
    • Works by Dept
    • Faculty by Dept
  • For Authors
    • How to Submit
    • Deposit Advice
    • Author Rights
    • Publishing Your Data
    • FAQ
    • Emory Open Access Policy
    • Open Access Fund
  • About OpenEmory
    • About OpenEmory
    • About Us
    • Citing Articles
    • Contact Us
    • Privacy Policy
    • Terms of Use
 
Contact Us

Filter Results:

Year

  • 2018 (1)

Author

  • Bosinger, Steven (1)
  • Cho, Alice (1)
  • Dawoud, Reem (1)
  • Havenar-Daughton, Colin (1)
  • Kauffman, Robert C. (1)
  • Lee, Frances Eun-Hyung (1)
  • Patel, Nirav B. (1)
  • Pulendran, Bali (1)
  • Reiss, Samantha M. (1)
  • Tharp, Gregory K. (1)
  • Upadhyay, Amit A. (1)
  • Wolabaugh, Amber N. (1)
  • Wrammert, Jens (1)

Subject

  • Biology, Microbiology (1)
  • Health Sciences, Immunology (1)
  • Health Sciences, Medicine and Surgery (1)

Keyword

  • antibodi (1)
  • antigen (1)
  • b (1)
  • bcell (1)
  • biomedicin (1)
  • cell (1)
  • generat (1)
  • genet (1)
  • hered (1)
  • human (1)
  • life (1)
  • macaqu (1)
  • monoclon (1)
  • monoclonalantibodi (1)
  • plasmablast (1)
  • receptor (1)
  • repertoir (1)
  • scienc (1)
  • sequenc (1)
  • t (1)
  • tcell (1)
  • technolog (1)
  • transcriptom (1)
  • vaccin (1)

Author department

  • Emory Vaccine Center (1)
  • Microbiology & Immunology (1)
  • Peds: Infectious Disease (1)

Search Results for all work with filters:

  • Sanz, Inaki
  • Genome Medicine
  • Medicine: Pulmonary

Work 1 of 1

Sorted by relevance

Article

BALDR: a computational pipeline for paired heavy and light chain immunoglobulin reconstruction in single-cell RNA-seq data

by Amit A. Upadhyay; Robert C. Kauffman; Amber N. Wolabaugh; Alice Cho; Nirav B. Patel; Samantha M. Reiss; Colin Havenar-Daughton; Reem Dawoud; Gregory K. Tharp; Inaki Sanz; Bali Pulendran; Frances Eun-Hyung Lee; Jens Wrammert; Steven Bosinger

2018

Subjects
  • Health Sciences, Medicine and Surgery
  • Biology, Microbiology
  • Health Sciences, Immunology
  • File Download
  • View Abstract

Abstract:Close

B cells play a critical role in the immune response by producing antibodies, which display remarkable diversity. Here we describe a bioinformatic pipeline, BALDR (BCR Assignment of Lineage using De novo Reconstruction) that accurately reconstructs the paired heavy and light chain immunoglobulin gene sequences from Illumina single-cell RNA-seq data. BALDR was accurate for clonotype identification in human and rhesus macaque influenza vaccine and simian immunodeficiency virus vaccine induced vaccine-induced plasmablasts and naïve and antigen-specific memory B cells. BALDR enables matching of clonotype identity with single-cell transcriptional information in B cell lineages and will have broad application in the fields of vaccines, human immunodeficiency virus broadly neutralizing antibody development, and cancer. BALDR is available at https://github.com/BosingerLab/BALDR.
Site Statistics
  • 16,733
  • Total Works
  • 3,624,247
  • Downloads
  • 1,100,158
  • Downloads This Year
  • 6,807
  • Faculty Profiles

Copyright © 2016 Emory University - All Rights Reserved
540 Asbury Circle, Atlanta, GA 30322-2870
(404) 727-6861
Privacy Policy | Terms & Conditions

v2.2.8-dev

Contact Us Recent and Popular Items
Download now