Global ETD Search

1	Structure/function mapping studies of the E.Coli YIDC Jiang, Fenglei 17 October 2003 (has links) No description available. YIDC membrane Protein Alb3 chloroplasts thylakoid insertion
2	Studies of E.Coli YIDC and other factors for membrane protein insertion Liang, Yi 09 March 2005 (has links) No description available. Chemistry, Biochemistry YidC Membrane protein insertion
3	Structural and Functional Studies of the Hydrophilic Groove of <i>Escherichia coli</i> YidC Chen, Yuanyuan 04 September 2018 (has links) No description available. Biochemistry Chemistry YidC Oxa1 Hydrophilic Groove Positive charge Polarity
4	Structure-function studies and polarity and charge as substrate determinants for the E. coli YidC Soman, Raunak Jay 10 October 2014 (has links) No description available. Biochemistry YidC membrane proteins membrane biogenesis SecYEG substrate determinants
5	Membrane protein insertion in bacteria by the YidC and Sec pathway Yuan, Jijun 19 March 2008 (has links) No description available. Biochemistry Membrane protein YidC Sec pathway cold sensitive SecA
6	Studies on <i>E. Coli</i> Membrane Protein Biogenesis: Mechanism of Signal Peptide Peptidase A and the Influence of YiDC Depletion on Cellular Processes Wang, Peng 08 September 2009 (has links) No description available. Biochemistry SppA catalytic mechanism YidC depletion transcriptome proteome E.coli
7	Pattern searches for the identification of putative lipoprotein genes in Gram positive bacterial genomes Harrington, Dean J., Sutcliffe, I.C. 01 July 2002 (has links) No / N-terminal lipidation is a major mechanism by which bacteria can tether proteins to membranes and one which is of particular importance to Gram-positive bacteria due to the absence of a retentive outer membrane. Lipidation is directed by the presence of a cysteine-containing `lipobox' within the lipoprotein signal peptide sequence and this feature has greatly facilitated the identification of putative lipoproteins by gene sequence analysis. The properties of lipoprotein signal peptides have been described previously by the Prosite pattern PS00013. Here, a dataset of 33 experimentally verified Gram-positive bacterial lipoproteins (excluding those from Mollicutes) has been identified by an extensive literature review. The signal peptide features of these lipoproteins have been analysed to create a refined pattern, G+LPP, which is more specific for the identification of Gram-positive bacterial lipoproteins. The ability of this pattern to identify probable lipoprotein sequences is demonstrated by a search of the genome of Streptococcus pyogenes, in comparison with sequences identified using PS00013. Greater discrimination against likely false-positives was evident from the use of G+LPP compared with PS00013. These data confirm the likely abundance of lipoproteins in Gram-positive bacterial genomes, with at least 25 probable lipoproteins identified in S. pyogenes Bacillus subtilis Streptococcus pyogenes Exported proteins Genomics YidC
8	Investigation of amino-tail translocation by the conserved YidC, Sec and independent pathways Shanmugam, Sri Karthika 18 June 2019 (has links) No description available. Biochemistry Biophysics YidC Sec Membrane insertion Alb3 Alb4 Oxa1 Get1 pathway-selection translocation
9	Studies on Substrate Determinants of YidC/Sec Pathway and Insertion/Folding of Membrane Proteins in E.Coli Zhu, Lu 20 December 2012 (has links) No description available. Biochemistry YidC SecYEG TatC LacY membrane insertion protein folding membrane protein
10	Deciphering the Role of YidC in Bacterial Membrane Protein Insertion Chen, Minyong 20 December 2002 (has links) No description available. YidC membrane protein membrane protein insertion Oxa1 Alb3 SecYEG SecDFYajC temperature sensitive cold sensitive photocrosslinking Pf3 coat M13 procoat leader peptidase

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