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Q. D. WHEELER1 ∗ , S. KNAPP2, D. W. STEVENSON3, J. STEVENSON3, S. D. BLUM4, B. M. BOOM3, G. G. BORISY5, J. L. BUIZER6, M. R. DE CARVALHO7, A. CIBRIAN3, M. J. DONOGHUE8, V. DOYLE3, E. M. GERSON9, C. H. GRAHAM10, P. GRAVES11, S. J. GRAVES12, R. P. GURALNICK13, A. L. HAMILTON1, J. HANKEN14, W. LAW3, D. L. LIPSCOMB15, T. E. LOVEJOY16, H. MILLER5, J. S. MILLER3,(More)
The murine retrovirus SL3-3 causes malignant transformation of thymocytes and thymic lymphoma in mice of the AKR and NFS strains when they are inoculated neonatally. The objective of the present study was to identify the primary target cells for the virus in the thymuses of these mice. Immunohistochemical studies of the thymus after neonatal inoculation of(More)
The paper generalizes the notion of a congruence on a category and pursues some of its applications. In particular, generalized congruences are used to provide a concrete construction of coequalizers in Cat. Extremal, regular and various other classes of epimorphic functors are characterized and inter-related.
  • EDWARD BIERSTONE, D . MILMAN, Wies Law
  • 1982
bres of a (proper or semiproper) real analytic mapping y = φ(x) , y = (y1, . . . , yn) , can be expressed as a composite f = g◦φ , where g is C∞ . We will say that φ has the C∞ composite function property if every C∞ function f(x) which is “formally a composite with φ ” (see Definition 1.1 below) can be written f = g ◦ φ , where g(y) is C∞ . The theorem of(More)
Avian retroviruses that have transduced c-myc are useful tools to study the conditions necessary for cellular transformation. FH3, one such retrovirus which encodes a Gag-Myc fusion protein, is not transforming in quail embryonic fibroblasts, but a late variant of FH3 that arose after passaging FH3-infected cells is transforming. Mutational analysis of FH3(More)
1 Transition systems are couples A = (S, ∆) where S— a finite set of states, C— a set of colors, ∆ ⊂ S × C × S — a finite set of actions. s = source(e) — the source, t = target(e) — the target, c = γ C (e) — the colour of e.
Theoretical calculations for the W -pair production process at LEP2 in terms of Monte Carlo event generators RacoonWW and KorlaW&YFSWW3 are reviewed. The discussion concentrates on precision predictions for the main LEP2 WW observables. The theoretical precision of the above programs is estimated to be ∼ 0.5% for the total WW cross section σWW , ∼ 5MeV for(More)
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