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- W2170058045 abstract "The entire genomic DNA sequences of a number of prokaryotic and eukaryotic species are now available and many more, including the human genome, will be completed in the near future. The state-of-life of a cell at any given time, however, is defined by its protein composition, i.e., its proteome. Gel electrophoresis, mass spectrometry, and bioinformatics will be important tools for protein and proteome analysis in the post-genome era. Protein identification from electrophoretic gels by mass spectrometric peptide mapping or peptide sequencing combined with sequence database searching is established and has been applied to numerous biological systems. We describe current strategies and selected applications in molecular and cell biology. The next challenges are detailed structure/function analyses, which include studying the molecular composition of multiprotein complexes and characterization of secondary modifications of proteins. The advantages and limitations of a number of mass spectrometry-based strategies designed for microcharacterization of low amounts of protein from electrophoretic gels are discussed and illustrated by examples." @default.
- W2170058045 created "2016-06-24" @default.
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- W2170058045 creator A5049027923 @default.
- W2170058045 date "1998-01-01" @default.
- W2170058045 modified "2023-10-17" @default.
- W2170058045 title "Mass spectrometric identification and microcharacterization of proteins from electrophoretic gels: Strategies and applications" @default.
- W2170058045 cites W1249035474 @default.
- W2170058045 cites W1495926848 @default.
- W2170058045 cites W1546538401 @default.
- W2170058045 cites W1606423922 @default.
- W2170058045 cites W1965290366 @default.
- W2170058045 cites W1966144900 @default.
- W2170058045 cites W1966728118 @default.
- W2170058045 cites W1966809971 @default.
- W2170058045 cites W1972791227 @default.
- W2170058045 cites W1975286384 @default.
- W2170058045 cites W1978537262 @default.
- W2170058045 cites W1981978551 @default.
- W2170058045 cites W1982401705 @default.
- W2170058045 cites W1984646706 @default.
- W2170058045 cites W1985771129 @default.
- W2170058045 cites W1988587727 @default.
- W2170058045 cites W1988731759 @default.
- W2170058045 cites W1989138168 @default.
- W2170058045 cites W1997206295 @default.
- W2170058045 cites W2002844202 @default.
- W2170058045 cites W2003695026 @default.
- W2170058045 cites W2005943163 @default.
- W2170058045 cites W2006252368 @default.
- W2170058045 cites W2009997025 @default.
- W2170058045 cites W2020209954 @default.
- W2170058045 cites W2020438797 @default.
- W2170058045 cites W2021415888 @default.
- W2170058045 cites W2026465178 @default.
- W2170058045 cites W2026694254 @default.
- W2170058045 cites W2028245086 @default.
- W2170058045 cites W2031884770 @default.
- W2170058045 cites W2033599685 @default.
- W2170058045 cites W2042457119 @default.
- W2170058045 cites W2043011721 @default.
- W2170058045 cites W2043466347 @default.
- W2170058045 cites W2045340003 @default.
- W2170058045 cites W2046223523 @default.
- W2170058045 cites W2055043387 @default.
- W2170058045 cites W2055063265 @default.
- W2170058045 cites W2058135122 @default.
- W2170058045 cites W2058643233 @default.
- W2170058045 cites W2059648068 @default.
- W2170058045 cites W2064441795 @default.
- W2170058045 cites W2070565794 @default.
- W2170058045 cites W2071106732 @default.
- W2170058045 cites W2075045273 @default.
- W2170058045 cites W2076536125 @default.
- W2170058045 cites W2076710572 @default.
- W2170058045 cites W2078594804 @default.
- W2170058045 cites W2087051994 @default.
- W2170058045 cites W2087159423 @default.
- W2170058045 cites W2088071470 @default.
- W2170058045 cites W2088225521 @default.
- W2170058045 cites W2089755851 @default.
- W2170058045 cites W2091538590 @default.
- W2170058045 cites W2093105135 @default.
- W2170058045 cites W2093828656 @default.
- W2170058045 cites W2094334993 @default.
- W2170058045 cites W2094920550 @default.
- W2170058045 cites W2099449144 @default.
- W2170058045 cites W2107414760 @default.
- W2170058045 cites W2119376397 @default.
- W2170058045 cites W2119986142 @default.
- W2170058045 cites W2126024920 @default.
- W2170058045 cites W2129206486 @default.
- W2170058045 cites W2132164705 @default.
- W2170058045 cites W2132198322 @default.
- W2170058045 cites W2135842532 @default.
- W2170058045 cites W2138493124 @default.
- W2170058045 cites W2141013444 @default.
- W2170058045 cites W2141183208 @default.
- W2170058045 cites W2156979594 @default.
- W2170058045 cites W2165668665 @default.
- W2170058045 cites W2170246018 @default.
- W2170058045 doi "https://doi.org/10.1002/(sici)1097-0134(1998)33:2+<74::aid-prot9>3.0.co;2-b" @default.
- W2170058045 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/9849912" @default.
- W2170058045 hasPublicationYear "1998" @default.
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