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- W2259462234 abstract "During the last decades, molecular sciences revolutionized biomedical research and gave rise to the biotechnology industry. During the next decades, the application of the quantitative sciences--informatics, physics, chemistry, and engineering--to biomedical research brings about the next revolution that will improve human healthcare and certainly create new technologies, since there is no doubt that small changes can have great effects. It is not a question of yes or no, but of how much, to make best use of the medical options we will have. In this context, the development of accurate analytical methods must be considered a cornerstone, since the understanding of biological processes will be impossible without information about the minute changes induced in cells by interactions of cell constituents with all sorts of endogenous and exogenous influences and disturbances. The first quantitative techniques, which were developed, allowed monitoring relative changes only, but they clearly showed the significance of the information obtained. The recent advent of techniques claiming to quantify proteins and peptides not only relative to each other, but also in an absolute fashion, promised another quantum leap, since knowing the absolute amount will allow comparing even unrelated species and the definition of parameters will permit to model biological systems much more accurate than before. To bring these promises to life, several approaches are under development at this point in time and this review is focused on those developments." @default.
- W2259462234 created "2016-06-24" @default.
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- W2259462234 creator A5041011253 @default.
- W2259462234 creator A5041939518 @default.
- W2259462234 creator A5085311866 @default.
- W2259462234 date "2009-01-01" @default.
- W2259462234 modified "2023-09-23" @default.
- W2259462234 title "Liquid Chromatography–Mass Spectrometry-Based Quantitative Proteomics" @default.
- W2259462234 cites W143544902 @default.
- W2259462234 cites W1554936326 @default.
- W2259462234 cites W1590967647 @default.
- W2259462234 cites W1597678601 @default.
- W2259462234 cites W1598008721 @default.
- W2259462234 cites W1606423922 @default.
- W2259462234 cites W1970696723 @default.
- W2259462234 cites W1971191802 @default.
- W2259462234 cites W1977542760 @default.
- W2259462234 cites W1977675825 @default.
- W2259462234 cites W1982499813 @default.
- W2259462234 cites W1984500041 @default.
- W2259462234 cites W1985210060 @default.
- W2259462234 cites W1989007071 @default.
- W2259462234 cites W1989711406 @default.
- W2259462234 cites W1990519872 @default.
- W2259462234 cites W1991660754 @default.
- W2259462234 cites W1998228664 @default.
- W2259462234 cites W2003260384 @default.
- W2259462234 cites W2005353117 @default.
- W2259462234 cites W2005649815 @default.
- W2259462234 cites W2006331214 @default.
- W2259462234 cites W2010612922 @default.
- W2259462234 cites W2010874497 @default.
- W2259462234 cites W2013902810 @default.
- W2259462234 cites W2020630954 @default.
- W2259462234 cites W2020982040 @default.
- W2259462234 cites W2024191468 @default.
- W2259462234 cites W2025422229 @default.
- W2259462234 cites W2026542427 @default.
- W2259462234 cites W2028175491 @default.
- W2259462234 cites W2030814128 @default.
- W2259462234 cites W2034001550 @default.
- W2259462234 cites W2038249420 @default.
- W2259462234 cites W2040330044 @default.
- W2259462234 cites W2043285998 @default.
- W2259462234 cites W2045704125 @default.
- W2259462234 cites W2048433235 @default.
- W2259462234 cites W2059879589 @default.
- W2259462234 cites W2061261720 @default.
- W2259462234 cites W2061567983 @default.
- W2259462234 cites W2064543105 @default.
- W2259462234 cites W2068412675 @default.
- W2259462234 cites W2068554943 @default.
- W2259462234 cites W2072823039 @default.
- W2259462234 cites W2079168158 @default.
- W2259462234 cites W2084270048 @default.
- W2259462234 cites W2088412300 @default.
- W2259462234 cites W2088575565 @default.
- W2259462234 cites W2088697979 @default.
- W2259462234 cites W2089742422 @default.
- W2259462234 cites W2090508807 @default.
- W2259462234 cites W2101144177 @default.
- W2259462234 cites W2102750797 @default.
- W2259462234 cites W2103155270 @default.
- W2259462234 cites W2106774093 @default.
- W2259462234 cites W2110209352 @default.
- W2259462234 cites W2110603815 @default.
- W2259462234 cites W2111208057 @default.
- W2259462234 cites W2111431903 @default.
- W2259462234 cites W2111716620 @default.
- W2259462234 cites W2117044102 @default.
- W2259462234 cites W2117327695 @default.
- W2259462234 cites W2119643174 @default.
- W2259462234 cites W2122925019 @default.
- W2259462234 cites W2123778163 @default.
- W2259462234 cites W2124685769 @default.
- W2259462234 cites W2126220265 @default.
- W2259462234 cites W2126534026 @default.
- W2259462234 cites W2136154053 @default.
- W2259462234 cites W2137096352 @default.
- W2259462234 cites W2138028916 @default.
- W2259462234 cites W2144800232 @default.
- W2259462234 cites W2148365034 @default.
- W2259462234 cites W2152180036 @default.
- W2259462234 cites W2157766441 @default.
- W2259462234 cites W2160110467 @default.
- W2259462234 cites W2161794331 @default.
- W2259462234 cites W2162311651 @default.
- W2259462234 cites W2163527113 @default.
- W2259462234 cites W2793216206 @default.
- W2259462234 cites W2912078763 @default.
- W2259462234 cites W3190142423 @default.
- W2259462234 doi "https://doi.org/10.1007/978-1-60761-157-8_11" @default.
- W2259462234 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/19544024" @default.
- W2259462234 hasPublicationYear "2009" @default.
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