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  • Book
    [edited by] Stacey E. Mills.
    Summary: "The fourth edition of Histology for Pathologists was published in 2012 and, as before, it is again reasonable to ask if "normal" has changed enough in the ensuing 6 years to justify a new edition. The answer, of course, is that normal has not changed at all (evolution is indeed a slow process!) but our perception of normal continues to expand and improve. In particular, we have developed many new immunohistochemical markers, and the ever-growing spectrum of their expression in normal tissues provides insights into pathologic processes arising from or differentiating toward these tissues. We also continue to recognize new variations of normal that cause diagnostic confusion and touch on the interface between normal and disease. Accordingly, the fifth edition brings incremental but valuable improvements in our perceptions of human histology"--Provided by publisher.
    Digital Access Ovid 2020
  • Book
    Contents:
    [v.5] Chiapas: [pt.1] Comitan de Dominguez
    -- [v. 6] Chihuahua: [pt. 1] Chihuahua; [pt. 2] Juárez
    [v.7] Coahuila: [pt. 1] Acuña; [pt. 2] Frontera; [pt. 3] Moncolva; [pt. 4] Muzquiz; [pt. 5] Sabinas; [pt. 6] Saltillo; [pt. 7] San Juan; [pt. 8] San Pedro; [pt. 9] Piedras Negras; [pt. 10] Ramos Arizpe; [pt. 11] Torreón
    [v. 10] Durango: [pt. 1] Durango; [pt. 2] Gómez
    [v. 12] Guerrero: [pt. 1] Acapulco; [pt. 2] Chilpancingo; [pt. 3] Iguala de la Independencia; [pt. 4] José Azueta; [pt. 5] Taxco de Alarcón
    [v. 15] Mexico: [pt. 1] Atizapán; [pt. 2] Cuautitlán; [pt. 3] Ecatepec; [pt. 4] Naucalpan; [pt. 5] Nezahualcóyotl; [pt. 6] Nicolás Romero; [pt. 7] Texcoco; [pt. 8] Toluca; [pt. 9] Tultitlán
    [v.17] Morelos: [pt. 1] Cuautla; [pt. 2] Cuernanaca
    [v. 30] Veracruz: [pt. 1] Camerino Z. Mendoza; [pt. 2] Córdoba; [pt. 3] Minatitlán; [pt. 4] Papantla; [pt. 5] Poza Rica; [pt.6] Orizaba; [pt. 7] San Andrés Tuxtla; [pt.8] Cosamaloapan; [pt.9] Fortin; [pt.10] Xalapa
    [pt.11] Coatzacoalcos
    [v. 32] Zacatecas: [pt. 1] Fresnillo; [pt. 2] Zacatecas.
    Print c1988-1990
  • Article
    Gent MP, Cottam PF, Ho C.
    Proc Natl Acad Sci U S A. 1978 Feb;75(2):630-4.
    Several fluorinated fatty acids of the general structure CH3(CH2)13--mCF2(CH2)m--2COOH are incorporated biosynthetically as unsaturated fatty acid analogues into the phospholipids of Escherichia coli. Under optimum conditions an unsaturated fatty acid autotroph, K1060B5, can be grown so that 50% of the total phospholipid fatty acids are 8,8-difluoromyristate. Conditions are found for which more than 20% of the fatty acids are fluorinated before a decrease in growth rate is observed. We have used 19F nuclear magnetic resonance to examine membranes isolated from E. coli grown under the latter conditions. A comparison is made with spectra of aqueous dispersions of extracted E. coli phospholipids and model multilayer phospholipid membranes. An explanation of the 19F resonance line shape in these membrane systems and the relationship to a molecular order parameter is given. It is apparent that 19F nuclear magnetic resonance is more sensitive to the degree of ordering or fluidity of phospholipids than spin labels or fluorescent probes. For instance, a dramatic effect of membrane protein on lipid fluidity can be seen. Finally, this method can be used to measure the proportion of frozen and fluid lipid in biological membranes at temperatures within the span of the gel-to-lipid phase transition.
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