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• W2090930620 endingPage "232" @default.
• W2090930620 startingPage "217" @default.
• W2090930620 abstract "Although the structural analysis of membrane proteins is advancing, an understanding of the basic principles that underlie their folding and assembly remains limited because of the high insolubility intrinsic to these molecules and concomitant challenges in obtaining crystals. Fortunately, from an experimental standpoint, membrane protein folding can be approximated as the rigid-body docking of pre-formed alpha-helical transmembrane segments one with another to form the final functional protein structure. Peptides derived from the sequences of native alpha-helical transmembrane segments and those that mimic their properties are therefore valuable in the experimental evaluation of protein folding within the membrane. Here we present an overview of the progress made in our laboratory and elsewhere in using peptide models toward defining the sequence requirements and forces stabilizing membrane protein folds." @default.
• W2090930620 created "2016-06-24" @default.
• W2090930620 creator A5003899670 @default.
• W2090930620 creator A5041060172 @default.
• W2090930620 creator A5087517360 @default.
• W2090930620 date "2007-01-01" @default.
• W2090930620 modified "2023-09-26" @default.
• W2090930620 title "Peptides as transmembrane segments: Decrypting the determinants for helix–helix interactions in membrane proteins" @default.
• W2090930620 cites W1502816207 @default.
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• W2090930620 cites W1510774549 @default.
• W2090930620 cites W1540419168 @default.
• W2090930620 cites W1964045645 @default.
• W2090930620 cites W1965259129 @default.
• W2090930620 cites W1965325224 @default.
• W2090930620 cites W1965824144 @default.
• W2090930620 cites W1967934401 @default.
• W2090930620 cites W1968043005 @default.
• W2090930620 cites W1968436647 @default.
• W2090930620 cites W1969583827 @default.
• W2090930620 cites W1971739197 @default.
• W2090930620 cites W1972217788 @default.
• W2090930620 cites W1987739907 @default.
• W2090930620 cites W1988791617 @default.
• W2090930620 cites W1993554801 @default.
• W2090930620 cites W1994015011 @default.
• W2090930620 cites W1996795941 @default.
• W2090930620 cites W1997501696 @default.
• W2090930620 cites W1999145118 @default.
• W2090930620 cites W1999265216 @default.
• W2090930620 cites W2001106464 @default.
• W2090930620 cites W2003139512 @default.
• W2090930620 cites W2005310529 @default.
• W2090930620 cites W2006009388 @default.
• W2090930620 cites W2016770664 @default.
• W2090930620 cites W2020542402 @default.
• W2090930620 cites W2020637113 @default.
• W2090930620 cites W2020933513 @default.
• W2090930620 cites W2021492727 @default.
• W2090930620 cites W2023559429 @default.
• W2090930620 cites W2025859600 @default.
• W2090930620 cites W2027711565 @default.
• W2090930620 cites W2031644342 @default.
• W2090930620 cites W2033323125 @default.
• W2090930620 cites W2035873802 @default.
• W2090930620 cites W2038722491 @default.
• W2090930620 cites W2040585305 @default.
• W2090930620 cites W2042153675 @default.
• W2090930620 cites W2043425918 @default.
• W2090930620 cites W2046487837 @default.
• W2090930620 cites W2046524985 @default.
• W2090930620 cites W2049021729 @default.
• W2090930620 cites W2049097938 @default.
• W2090930620 cites W2049256624 @default.
• W2090930620 cites W2056023204 @default.
• W2090930620 cites W2056387527 @default.
• W2090930620 cites W2058313971 @default.
• W2090930620 cites W2058357650 @default.
• W2090930620 cites W2066848537 @default.
• W2090930620 cites W2068077460 @default.
• W2090930620 cites W2075045658 @default.
• W2090930620 cites W2075173244 @default.
• W2090930620 cites W2079273746 @default.
• W2090930620 cites W2081030911 @default.
• W2090930620 cites W2082486233 @default.
• W2090930620 cites W2083768931 @default.
• W2090930620 cites W2084193376 @default.
• W2090930620 cites W2086388742 @default.
• W2090930620 cites W2087009455 @default.
• W2090930620 cites W2087266802 @default.
• W2090930620 cites W2087596395 @default.
• W2090930620 cites W2097761188 @default.
• W2090930620 cites W2109142353 @default.
• W2090930620 cites W2123832393 @default.
• W2090930620 cites W2143815964 @default.
• W2090930620 cites W2146388379 @default.
• W2090930620 cites W2148395120 @default.
• W2090930620 cites W2148724380 @default.
• W2090930620 cites W2151902647 @default.
• W2090930620 cites W2151914298 @default.
• W2090930620 cites W2155147384 @default.
• W2090930620 cites W2155457373 @default.
• W2090930620 cites W2160535028 @default.
• W2090930620 cites W2162316896 @default.
• W2090930620 cites W2163250635 @default.
• W2090930620 cites W2163498423 @default.
• W2090930620 cites W2312934176 @default.
• W2090930620 cites W23714381 @default.
• W2090930620 cites W39242770 @default.
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• W2090930620 doi "https://doi.org/10.1002/bip.20668" @default.
• W2090930620 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/17206630" @default.
• W2090930620 hasPublicationYear "2007" @default.
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