Production of LacZ inducible T cell hybridoma specific for human and mouse gp100₂₅₋₃₃ peptides.

Identification and quantification of immunogenic peptides and tumor-derived epitopes presented on MHC-I molecules are essential for basic studies and vaccines generation. Although lymphocytes derived from transgenic mice can serve as sensitive detectors of processes of antigen presentation and recog...

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Main Authors: Gal Cafri, Adi Sharbi-Yunger, Esther Tzehoval, Lea Eisenbach
Format: Article
Language:English
Published: Public Library of Science (PLoS) 2013-01-01
Series:PLoS ONE
Online Access:http://europepmc.org/articles/PMC3562179?pdf=render
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author Gal Cafri
Adi Sharbi-Yunger
Esther Tzehoval
Lea Eisenbach
author_facet Gal Cafri
Adi Sharbi-Yunger
Esther Tzehoval
Lea Eisenbach
author_sort Gal Cafri
collection DOAJ
description Identification and quantification of immunogenic peptides and tumor-derived epitopes presented on MHC-I molecules are essential for basic studies and vaccines generation. Although lymphocytes derived from transgenic mice can serve as sensitive detectors of processes of antigen presentation and recognition, they are not always available. The use of cell lines might be extremely useful. In this study, we generated a lacZ inducible CD8⁺ hybridoma (BUSA14) capable of recognizing both human and mouse gp100₂₅₋₃₃ melanoma antigens presented on dendritic and tumor cell lines. This hybridoma expresses a variety of membranal T cell markers and secretes IL-2 and TNFα. Thus, BUSA14 offers a quantifiable, cheap and straightforward tool for studying peptide presentation by MHC-I molecules on the cell surface.
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spelling doaj.art-642142e78acf409595d13ca39fc69c832022-12-21T22:53:13ZengPublic Library of Science (PLoS)PLoS ONE1932-62032013-01-0182e5558310.1371/journal.pone.0055583Production of LacZ inducible T cell hybridoma specific for human and mouse gp100₂₅₋₃₃ peptides.Gal CafriAdi Sharbi-YungerEsther TzehovalLea EisenbachIdentification and quantification of immunogenic peptides and tumor-derived epitopes presented on MHC-I molecules are essential for basic studies and vaccines generation. Although lymphocytes derived from transgenic mice can serve as sensitive detectors of processes of antigen presentation and recognition, they are not always available. The use of cell lines might be extremely useful. In this study, we generated a lacZ inducible CD8⁺ hybridoma (BUSA14) capable of recognizing both human and mouse gp100₂₅₋₃₃ melanoma antigens presented on dendritic and tumor cell lines. This hybridoma expresses a variety of membranal T cell markers and secretes IL-2 and TNFα. Thus, BUSA14 offers a quantifiable, cheap and straightforward tool for studying peptide presentation by MHC-I molecules on the cell surface.http://europepmc.org/articles/PMC3562179?pdf=render
spellingShingle Gal Cafri
Adi Sharbi-Yunger
Esther Tzehoval
Lea Eisenbach
Production of LacZ inducible T cell hybridoma specific for human and mouse gp100₂₅₋₃₃ peptides.
PLoS ONE
title Production of LacZ inducible T cell hybridoma specific for human and mouse gp100₂₅₋₃₃ peptides.
title_full Production of LacZ inducible T cell hybridoma specific for human and mouse gp100₂₅₋₃₃ peptides.
title_fullStr Production of LacZ inducible T cell hybridoma specific for human and mouse gp100₂₅₋₃₃ peptides.
title_full_unstemmed Production of LacZ inducible T cell hybridoma specific for human and mouse gp100₂₅₋₃₃ peptides.
title_short Production of LacZ inducible T cell hybridoma specific for human and mouse gp100₂₅₋₃₃ peptides.
title_sort production of lacz inducible t cell hybridoma specific for human and mouse gp100₂₅₋₃₃ peptides
url http://europepmc.org/articles/PMC3562179?pdf=render
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AT esthertzehoval productionoflaczinducibletcellhybridomaspecificforhumanandmousegp1002533peptides
AT leaeisenbach productionoflaczinducibletcellhybridomaspecificforhumanandmousegp1002533peptides