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Figure 1.

Specific enrichment of CD4+CD25+ cell–bound phages.

The titer of phages recovered from each round was evaluated by a plaque-forming assay. R1–R4, 1st–4th round of panning in vitro. Cfu: colony forming units.

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Table 1.

Output/input values for thymic CD4+CD25+ selection.

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Table 2.

Selected peptide sequences and the corresponding human proteins containing the homologous motif.

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Figure 2.

BLAST hit for VDR phage.

Length: of the Vitamin D Receptor; Score: punctuation score given for the alignment; Expected: e-value; Identities: number of identical amino acids between queried sequence and the corresponding amino acid sequence of the VDR protein; Positives: number of amino acids that align to the VDR protein; Gaps: spaces between amino acids that do not match; Query: VDR phage peptide sequence; Sbjct: fragment of the VDR that matches to the phage sequence. The numbers indicate the position of the amino acids in the phage peptide and in the VDR protein.

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Figure 3.

ClustaW alignment of the VDR phage peptide sequence and the human VDR full-length protein sequence.

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Figure 4.

Structural model of the Vitamin D Receptor associated with its ligand (Vitamin D).

Green: alpha helical sequences; gold: beta sheet; blue: structural handle, yellow: phage peptide.

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Figure 5.

Binding assay with thymic CD4+CD25+ cells and CD4+CD25− cells.

Fd: wild type phage bearing no inserted peptide sequence; TU: transforming units.

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Figure 6.

ELISA to evaluate the binding of the VDR phage to plate-bound Vitamin D or VDR.

Fd shows the binding of the control phage to plate-bound Vitamin D; VDRpVit shows the binding of the VDR phage to plate-bound Vitamin D; VDRpVDR shows the binding of the VDR phage to plate-bound VDR; VDRpVitVDR shows binding of the VDR phage pre-incubated with Vitamin D to plate-bound VDR. *** p = 0.001.

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Figure 7.

FACS analysis of VDR expression in CD25+ and CD25− cells in the CD4+ cell compartment.

A: Dot plot showing thymocytes region; B: Dot plot showing the CD4+ gated cells; C: Dot plot showing percentage of CD25positive and negative cells in the CD4+ region; D: Histogram showing the expression of VDR in CD4+CD25+ (blue) and CD4+CD25−(red) thymocytes; E: Table showing MFI (median fluorescence intensity) of the intracellular VDR labeling of the cells.

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Figure 8.

FACS analysis of VDR expression in Foxp3+ and Foxp3− cells in the CD4+CD25+ cell compartment.

(Figure 7C region). A: Dot plot showing Foxp3 region in CD4+CD25+ thymocytes; B: Histogram showing the expression of VDR in CD4+CD25+Foxp3+ (blue) and CD4+CD25+Foxp3− (red) cells; C: Table showing MFI (median fluorescence intensity) of the intracellular VDR labeling of the cells.

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