APA

Maverakis E., Beech J. T., Wilson S. S., Quinn A., Pedersen B. & Sercarz E. E. (20000419). T cell receptor complementarity determining region 3 length analysis reveals the absence of a characteristic public T cell repertoire in neonatal tolerance. The response in the "tolerant" mouse within the residual repertoire is quantitatively similar but qualitatively different. : The Journal of experimental medicine.

Chicago

Maverakis E, Beech J T, Wilson S S, Quinn A, Pedersen B and Sercarz E E. 20000419. T cell receptor complementarity determining region 3 length analysis reveals the absence of a characteristic public T cell repertoire in neonatal tolerance. The response in the "tolerant" mouse within the residual repertoire is quantitatively similar but qualitatively different. : The Journal of experimental medicine.

Harvard

Maverakis E., Beech J. T., Wilson S. S., Quinn A., Pedersen B. and Sercarz E. E. (20000419). T cell receptor complementarity determining region 3 length analysis reveals the absence of a characteristic public T cell repertoire in neonatal tolerance. The response in the "tolerant" mouse within the residual repertoire is quantitatively similar but qualitatively different. : The Journal of experimental medicine.

MLA

Maverakis E, Beech J T, Wilson S S, Quinn A, Pedersen B and Sercarz E E. T cell receptor complementarity determining region 3 length analysis reveals the absence of a characteristic public T cell repertoire in neonatal tolerance. The response in the "tolerant" mouse within the residual repertoire is quantitatively similar but qualitatively different. : The Journal of experimental medicine. 20000419.