The profession of authorship in America, 1800-1870: the papers of William Charvat

(print) xviii, 327 p. : facsim., port. ; 27 cm"Checklist: the publications of William Charvat": p. [317]-319. Includes bibliographical referencesI. Introduction 3 -- II. The Beginnings of Professionalism 5 -- III. The Conditions of Authorship in 1820 29 -- IV. American Romanticism and the Depression of 1837 (1937) 49 -- V. Cooper as Professional Author (1954) 68 -- VI. Poe : Journalism and the Theory of Poetry (1962) 84 -- VII. The Popularization of Poetry 100 -- VIII. Longfellow 106 -- IX. Longfellow's Income from His Writings, 1842-1852 (1944) 155 -- X. James T. Fields and the Beginnings of Book Promotion (1954) 168 -- XI. Melville's Income (1943) 190 -- XII. Melville 204 -- XIII. Melville and the Common Reader (1958) 262 -- XIV. Literary Economics and Literary History (1950) 283 -- XV. The People's Patronage (1948) 298 -- Checklist : The Publications of William Charvat 317 -- Index 32

TgDrpC, an atypical dynamin‐related protein in Toxoplasma gondii, is associated with vesicular transport factors and parasite division

Dynamin‐related proteins (Drps) are involved in diverse processes such as organelle division and vesicle trafficking. The intracellular parasite Toxoplasma gondii possesses three distinct Drps. TgDrpC, whose function remains unresolved, is unusual in that it lacks a conserved GTPase Effector Domain, which is typically required for function. Here, we show that TgDrpC localizes to cytoplasmic puncta; however, in dividing parasites, TgDrpC redistributes to the growing edge of the daughter cells. By conditional knockdown, we determined that loss of TgDrpC stalls division and leads to rapid deterioration of multiple organelles and the IMC. We also show that TgDrpC interacts with proteins that exhibit homology to those involved in vesicle transport, including members of the adaptor complex 2. Two of these proteins, a homolog of the adaptor protein 2 (AP‐2) complex subunit alpha‐1 and a homolog of the ezrin–radixin–moesin (ERM) family proteins, localize to puncta and associate with the daughter cells. Consistent with the association with vesicle transport proteins, re‐distribution of TgDrpC to the IMC during division is dependent on post‐Golgi trafficking. Together, these results support that TgDrpC contributes to vesicle trafficking and is critical for stability of parasite organelles and division

New highways in collecge composition

xv, 1066 p. ; 22 cm