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scopus: 54961652000

Verstichel, G.

( G. Verstichel)


tcrgd notch tcrgd þ cells figure population differentiation rearrangement pathway cd thymocyte differentiation expression op 9-dl tcrab thymocyte leukemia dp cells result lineage analysis co-culture van coppernolle tcra rearrangements phenotype mutation generation number mann – whitney experiment tcrgd þ populations t-cell op 9-gfp receptor tcrab þ cells sample von boehmer h signi ficant differences t-all presence dp pathway representative stimulation coppernolle gammadelta -30 signal level 9-gfp immunol tcra locus tcrgd þ t-all tcrgd þ subpopulations cd 4 sp vandekerckhove b op 9-dl cells lymphoblastic leukemia smedt m culture notch-induced alphabeta stage in-frame primers figure 3 blood plum j leclercq g immunity bd biosciences cd 8a locus leukemia notch-induced day 9 tcrcd cd 3mab plates cd 8aa sp op 9-dl monolayers precursor percentage ghent cd 3à dp vandekerckhove




1 Most Recent Publications

Notch induces human T-cell receptor γ δ+ thymocytes to differentiate along a parallel, highly proliferative and bipotent CD4 CD8 double-positive pathway (Article)
Coppernolle, S. van Vanhee, S. Plum, J. Langerak, A.W. Kerre, T. Vandekerckhove, B. Verstichel, G. Snauwaert, S. Spek, A. van der Velghe, I. Sinnesael, M. Heemskerk, M.H. Taghon, T. Leclercq, G.
2012-01-01