アーティクルに書かれているのは以下ね。
>>
The lack of substantial proliferation argues against the possibility that CD45− cells, contaminating as a very minor population in the FACS-sorted CD45+ cells, quickly grew and formed a substantial Oct4-GFP+ population over the first few days after the low-pH treatment. In addition, genomic rearrangements of Tcrb (T-cell receptor gene) were observed in Oct4-GFP+ cells derived from FACS-purified CD45+ cells and CD90+CD45+ T cells (Fig. 1i, lanes 4, 5, and Extended Data Fig. 2e–g), indicating at least some contribution from lineage-committed T cells. Thus, Oct4-GFP+ cells were generated de novo from low-pH-treated CD45+ haematopoietic cells by reprogramming, rather than by simple selection of stress-enduring cells.
マテメソにも以下のように書かれている。
>>
TCR-β chain gene rearrangement analysis
Genomic DNA was extracted from STAP cells and tail tips from chimaeric mice generated with STAP cells derived from CD45+ cells. PCR was performed with 50 ng DNA using the following primers (Dβ2: 5′-GCACCTGTGGGGAAGAAACT-3′ and Jβ2.6: 5′-TGAGAGCTGTCTCCTACTATCGATT-3′) that amplify the regions of the (D)J recombination. The PCR products were subjected to gel electrophoresis in Tris-acetate-EDTA buffer with 1.6% agarose and visualized by staining with ethidium bromide. PCR bands from STAP cells were subjected to sequencing analysis and identified as rearranged genomic fragments of the (D)J recombination.
