John R. Reed

H. G. Wells' Familiar Aliens (2008)

Reed, John R., Reed, John R.

Literary Piracy of H. G. Wells (2008)

Reed, John R., Reed, John R.

The Vanity of Law in The Island of Doctor Moreau (2008)

Reed, John R., Reed, John R.

H. G. Wells' Familiar Aliens, (2008)

Reed, John R., Reed, John R.

Cancer Sequence (1996)

Reed, John R.

University of Michigan.

Lawn Ornaments (1991)

Reed, John R.

University of Michigan.

Salt Mines (1986)

Reed, John R.

University of Michigan.

Moth Summer (1984)

Reed, John R.

University of Michigan.

Redeeming Dailiness: Three New Books of Poetry (1982)

Reed, John R.

University of Michigan.

GM Tech Center (1980)

Reed, John R.

University of Michigan.

A Personal View of Kipling (1979)

Reed, John R.

University of Michigan.

Wildemere St.: Cardinal at the Feeder (1978)

Reed, John R.

University of Michigan.

City Cemetery (1978)

Reed, John R.

University of Michigan.

Detroit River (1978)

Reed, John R.

University of Michigan.

The relationship between selected characteristics of the members of the Pennsylvania House of Representatives and their opinions of issues of public education in Pennsylvania. (1973)

Reed, John R.

Thesis (Ed.D.)--Temple University, 1973.

Telomere Erosion in Memory T Cells Induced by Telomerase Inhibition at the Site of Antigenic Challenge In Vivo

Reed, John R., Vukmanovic-Stejic, Milica, Fletcher, Jean M., Soares, Maria Vieira D., Cook, Joanne E., Orteu, Catherine H., ...

The extent of human memory T cell proliferation, differentiation, and telomere erosion that occurs after a single episode of immune challenge in vivo is unclear. To investigate this, we injected...

H. G. Wells. Twayne's English Authors Series 43 (review)

John R. Reed

MFS Modern Fiction Studies - Volume 31, Number 4, Winter 1985

Scientific Romance in Britain, 1890-1950 (review)

John R. Reed

MFS Modern Fiction Studies - Volume 33, Number 2, Summer 1987

The kinetics of CD4+Foxp3+ T cell accumulation during a human cutaneous antigen-specific memory response in vivo

Vukmanovic-Stejic, Milica, Agius, Elaine, Booth, Nicola, Dunne, Padraic J., Lacy, Katie E., Reed, John R., ...

Naturally occurring CD4+CD25hiFoxp3+ Tregs (nTregs) are highly proliferative in blood. However, the kinetics of their accumulation and proliferation during a localized antigen-specific T cell...