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  • Book
    [edied by] Oliver W. Press, Marshall A. Lichtman, John P. Leonard.
    Contents:
    Classification of malignant lymphoid disorders / Robert A. Baiocchi
    Acute lymphoblastic leukemia / Richard A. Larson
    Chronic lymphocytic leukemia / Farrukh T. Awan and John C. Byrd
    Hairy cell leukemia / Michael R. Grever and Gerard Lozanski
    Large granular lymphocytic leukemia / Pierluigi Porcu and Aharon G. Freud
    General considerations of lymphoma : epidemiology, etiology, heterogeneity, and primary extranodal disease / Oliver W. Press and Marshall A. Lichtman
    Pathology of lymphomas / Randy D. Gascoyne and Brian F. Skinnider
    Hodgkin lymphoma / Oliver W. Press and John P. Leonard
    Diffuse large b-cell lymphoma and related disorders / Stephen D. Smith and Oliver W. Press
    Follicular lymphoma / Oliver W. Press and John P. Leonard
    Mantle cell lymphoma / Martin Dreyling
    Marginal zone b-cell lymphomas / Pier Luigi Zinzani and Alessandro Broccoli
    Burkitt lymphoma / Carla Casulo, Andrew G. Evans and Jonathan W. Friedberg
    Cutaneous t-cell lymphoma (mycosis fungoides and Sézary syndrome) / Larisa J. Geskin and Christina C. Patrone
    Mature t-cell and natural killer cell lymphomas / Neha Mehta, Alison Moskowitz and Steven Horwitz
    Plasma cell neoplasms : general considerations / Guido Tricot, Siegfried Janz, Kalyan Nadiminti, Erik Wendlandt and Fenghuang Zhan
    Essential monoclonal gammopathy / Marshall A. Lichtman
    Myeloma / Elizabeth O'Donnell, Francesca Cottini, Noopur Raje, and Kenneth Anderson
    Immunoglobulin light chain amyloidosis / Morie A. Gertz, Taimur Sher, Angela Dispenzieri, Francis K. Buadi
    Macroglobulinemia / Steven P. Treon, Jorge J. Castillo, Zachary R. Hunter and Giampaolo Merlini
    Heavy-chain disease / Dietlind L. Wahner-Roedler and Robert A. Kyle.
    Digital Access AccessHemOnc 2018
  • Article
    Creanor J.
    J Cell Sci. 1978 Oct;33:385-97.
    The rate of CO2 evolution was measured in synchronous cultures of the fission yeast Schizosaccharomyces pombe growing in a minimal medium. The rate of CO2 evolution was found to double sharply at about the time of nuclear division (0.75 of the way through the cell cycle). For the remainder of the cell cycle the rate remained constant. Addition of inhibitors of DNA synthesis or nuclear division did not affect the pattern of CO2 evolution in synchronous cultures. Similarly, in an induced synchronous culture, in which DNA synthesis, nuclear division and cell division--but not growth, were synchronized, CO2 evolution showed a continuous pattern and not the step-wise increase associated with the normal synchronous cultures. When S. pombe was grown in a complete medium, the evolution of CO2 in a synchronous cultures was shown to increase in a continuous manner but at a rate faster than the growth of the culture.
    Digital Access Access Options