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Author's Correction

Identification of Novel γδT-Cell Subsets following Bacterial Infection in the Absence of Vγ1+ T Cells: Homeostatic Control of γδT-Cell Responses to Pathogen Infection by Vγ1+ T Cells

Darren J. Newton, Elizabeth M. Andrew, Jane E. Dalton, Rainy Mears, Simon R. Carding
Darren J. Newton
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Elizabeth M. Andrew
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Jane E. Dalton
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Rainy Mears
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Simon R. Carding
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DOI: 10.1128/IAI.01450-07
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Volume 74, no. 2, p. 1097-1105, 2006. Page 1099: Figure 2 and the legend to Fig. 2 should appear as shown below.

FIG. 2.
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FIG. 2.

Structural analysis of the CDR3 region of TCR-Vγ chains expressed by Listeria-elicited γδ T cells in wild-type and Vγ1−/− mice. (A) TCR CDR3 spectra type analysis of Vγ2 and Vγ4 transcripts expressed in the spleen. (B) Collated profiles for two or more WT and Vγ1−/− mice both before (day 0 [d0]) and 8 days after (d8) Listeria infection (left panels, Vγ2; right panels, Vγ4).

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Identification of Novel γδT-Cell Subsets following Bacterial Infection in the Absence of Vγ1+ T Cells: Homeostatic Control of γδT-Cell Responses to Pathogen Infection by Vγ1+ T Cells
Darren J. Newton, Elizabeth M. Andrew, Jane E. Dalton, Rainy Mears, Simon R. Carding
Infection and Immunity Jan 2008, 76 (2) 863; DOI: 10.1128/IAI.01450-07

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Identification of Novel γδT-Cell Subsets following Bacterial Infection in the Absence of Vγ1+ T Cells: Homeostatic Control of γδT-Cell Responses to Pathogen Infection by Vγ1+ T Cells
Darren J. Newton, Elizabeth M. Andrew, Jane E. Dalton, Rainy Mears, Simon R. Carding
Infection and Immunity Jan 2008, 76 (2) 863; DOI: 10.1128/IAI.01450-07
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