Skip to main content

previous disabled Page of 3
and
  1. Article

    Successful Crossing in the Genus Lathyrus through Stylar Amputation

    INTERSPECIFIC hybridization in the genus Lathyrus has been attempted by several workers with little success. Barker1 obtained viable, partially fertile hybrids from the cross L. hirsutus × L. odoratus. Taylor2 cl...

    A. J. S. DAVIES in Nature (1957)

  2. No Access

    Article

    Fate of Homologous Adult Spleen Cells injected into New-born Mice

    DURING a series of experiments involving radiation chimæras, it became increasingly evident that it would be necessary to consider the results in terms of immunological tolerance of the actively acquired type....

    A. J. S. DAVIES, SHEILA M. A. DOAK in Nature (1960)

  3. No Access

    Article

    Anaemia Associated with the NK/Lymphoma in Mice

    A J S Davies, A M Cross, K Lapis in British Journal of Cancer (1962)

  4. No Access

    Article

    Attempted Tumour Therapy Complicated by a Viroid Associate of the Tumour

    K Lapis, A J S Davies in British Journal of Cancer (1962)

  5. No Access

    Article

    Establishment and Stability of Chimerism between Two Closely Related Lines of Mice

    THE Medical Research Council Radiobiology Unit at Harwell recently developed a strain of CBA mice containing the T6 marker chromosomes3,4. They kindly sent a breeding unit to the Chester Beatty Research Institute...

    A. J. S. DAVIES, SHEILA M. A. DOAK, ELIZABETH LEUCHARS in Nature (1963)

  6. No Access

    Article

    Time of Action of the Thymus in the Irradiated Adult Mouse

    RECENT interest in the thymus has derived largely from the discovery that in both neonatally thymectomized and thymoctomized irradiated adult mice the development of the ability to respond to primary antigenic...

    A. MARJORIE CROSS, A. J. S. DAVIES, BARBARA DOE, ELIZABETH LEUCHARS in Nature (1964)

  7. Article

    A Cellular Component of Thymic Function

    THYMECTOMY in the new-born1,2 or in the adult irradiated mouse3 leads to a long-lasting suppression of the ability to respond to primary antigenic challenge. It has been shown in both instances that thymus grafti...

    ELIZABETH LEUCHARS, A. MARJORIE CROSS, A. J. S. DAVIES, VALERIE J. WALLIS in Nature (1964)

  8. No Access

    Article

    Thymus Grafts in Thymectomized and Normal Mice

    EXPERIMENTS carried out on cytologically marked normal F1 recipients implanted with a thymus from a newborn donor of the parental type have shown that cellular traffic from the host to the thymus graft can take p...

    E. LEUCHARS, A. MORGAN, A. J. S. DAVIES, V. J. WALLIS in Nature (1967)

  9. Article

    Thymidine in Cells

    Thymidine Metabolism and Cell Kinetics

    A. J. S. DAVIES in Nature (1968)

  10. No Access

    Article

    Inactivation of Thymus Cells after Multiple Injections of Antigen

    CELLS from a thymus graft are capable of proliferating in response to certain antigenic stimuli but are apparently incapable of producing antibody1, and it has been suggested that these cells, here referred to as...

    R. K. GERSHON, V. WALLIS, A. J. S. DAVIES, E. LEUCHARS in Nature (1968)

  11. No Access

    Article

    Mode of Action for Anti-lymphocyte Serum

    Recovery of the immune response both to sheep red blood cells and to skin homografts in mice treated with anti-lymphocyte serum is thymus-dependent. One result of this treatment is that thymus-derived cells ar...

    E. LEUCHARS, V. J. WALLIS, A. J. S. DAVIES in Nature (1968)

  12. No Access

    Article

    The thymus humoral factor under scrutiny

    A. J. S. Davies in Agents and Actions (1969)

  13. No Access

    Article

    Cellular Deficit in Thymectomized Mice

    FOR the immune response to take place different types of cell must interact1–3. Two populations of mouse spleen cells, both of which are required for the in vitro response to sheep erythrocytes, can be separated ...

    D. E. MOSIER, F. W. FITCH, D. A. ROWLEY, A. J. S. DAVIES in Nature (1970)

  14. No Access

    Article

    Chimaerism after Introduction of Lymphocytes into Normal Mice

    THE lymphocyte population of mice can be thought to consist of at least two cell types1, of which one, the T cell2, derives from the thymus and which seems to be the only type of cell which can divide in response...

    M. J. DOENHOFF, A. J. S. DAVIES, E. LEUCHARS, V. WALLIS in Nature (1970)

  15. Article

    Immune Systems

    Factors Regulating the Immune Response

    A. J. S. DAVIES in Nature (1970)

  16. No Access

    Article

    Immune Responses

    Cellular Immunology

    A. J. S. DAVIES in Nature (1971)

  17. No Access

    Article

    Pre-emption in Immunity

    IN a series of experiments designed to explore the cellular basis of immunological tolerance1, it was discovered that the response of the draining lymph nodes of mice to a subcutaneous injection of sheep red bloo...

    C. M. O'TOOLE, A. J. S. DAVIES in Nature (1971)

  18. No Access

    Article

    Immune Machinery

    Immune Surveillance: Perspectives in Immunology

    A. J. S. DAVIES in Nature (1971)

  19. No Access

    Article

    Requirement of Thymus-dependent Lymphocytes for Potentiation by Adjuvants of Antibody Formation

    THE mode of action of immunological adjuvants is of theoretical as well as practical importance. Adjuvants can not only increase immune responses; they can also bring about change from one type of immune respo...

    A. C. ALLISON, A. J. S. DAVIES in Nature (1971)

  20. Article

    Immunology

    Journal of Immunological Methods

    A. J. S. DAVIES in Nature (1972)

previous disabled Page of 3