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  • Book
    edited by Susan K. Buchanan, Nicholas Noinaj.
    Contents:
    The [beta]-barrel assembly machinery complex / Denise L. Leyton, Matthew J. Belousoff, and Trevor Lithgow
    Yeast mitochondria as a model system to study the biogenesis of bacterial [beta]-barrel proteins / Thomas Ulrich [and three others]
    Experimental methods for studying the BAM complex in Neisseria meningitides / Martine P. Bos, Ria Tommassen-van Boxtel, and Jan Tommassen
    Heart modifiability of outer membrane proteins from gram-negative bacteria / Nicholas Noinaj, Adam J. Kuszak, and Susan K. Buchanan
    The role of a destabilized membrane of OMP insertion / Ashlee M. Plummer, Dennis Gessmann, and Karen G. Fleming
    Treponema pallidum in gel microdroplets: a method for topological analysis of BamA (TP0326) and localization of rare outer membrane proteins / Amit Luthra, Arvind Anand, and Justin D. Radolf
    Analyzing the role of periplasmic folding factors in the biogenesis of OMPs and members of the Type V secretion system / Gustavo Bodelón, Elvira Marín, and Luis Ángel Fernandez
    An in vitro assay for substrate translocation by FhaC in liposomes / Enguo Fan, Derrick Norell, and Matthias Müller
    Measuring cell-cell binding using flow-cytometry / Zachary C. Ruhe, Christopher S. Hayes, and David A. Low
    Methods to characterize folding and function of BamA cross-link mutants / Adam J. Kuszak, Nicholas Noinaj, and Susan K. Buchanan
    Small angle X-ray scattering (SAXS) characterization of the POTRA domains of BamA / Pamela Arden Doerner and Marcelo Carlos Sousa
    Assessing the outer membrane insertion and folding of multimeric transmembrane [beta]-barrel proteins / Jack C. Leo, Philipp Oberhettinger, and Dirk Linke
    The expression, purification, and structure determination of BamA from E. coli / Dongchun Ni and Yihua Huang
    Expression and purification of the individual Bam components BamB-E / Suraaj Aulakh, Kelly H. Kim, and Mark Paetzel
    Structure determination of the BAM complex accessory lipoproteins BamB-E / Kornelius Zeth
    An in vitro assay for outer membrane protein assembly by the BAM complex / Giselle Roman-Hernandez and Harris D. Bernstein
    Identification of BamC on the surface of E. coli / Chaille T. Webb and Trevor Lithgow
    Construction and characterization of an E. coli bamD depletion strain / Dante R. Ricci
    Expression, purification, and screening of BamE, a component of the BAM complex, for structural characterization / Mark Jeeves, Pooja Sridhar, and Timothy J. Knowles
    Purification and bicelle crystallization for structure determination of the E. coli outer membrane protein TamA / Fabian Gruss, Sebastian Hiller, and Timm Maier
    Strategies for the analysis of Bam recognition motifs in outer membrane proteins / Nagarajan Paramasivam and Dirk Linke
    Summary and future directions / Nicholas Noinaj and Susan K. Buchanan
    Digital Access Springer 2015
  • Book
    Print [1981-
  • Article
    Goldspink DF.
    Comp Biochem Physiol B. 1978;61(1):37-41.
    1. Changes in protein turnover of the soleus and EDL muscles of adult mice have been studied 1, 7 and 80 days after denervation. 2. Increased rates of protein degradation 7 and 80 days post-denervation correlated with the atrophy and loss of protein from these muscles. 3. Rates of protein synthesis in the EDL decreased 24 hr after nerve section. However, these synthetic rates increased again to become higher in the 7 day denervated muscles compared with their controls. These latter anabolic changes are inconsistent with the concept of a denervated muscle being inactive. 4. These findings have been compared with a similar study on muscles of growing rats. Any passive stretching of the denervated muscles by continued bone growth appears unlikely to be a crucial factor explaining the increased rates of protein synthesis 7 days after denervation.
    Digital Access Access Options