Experiment Science and Technology, Volume. 21, Issue 4, 81(2023)
Comprehensive Experimental Design for Enrichment of Phosphopeptides by Functionalized Magnetic Composite Nanomaterials
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Table 1. [in Chinese]
View tableView in ArticleTable 1. [in Chinese]
肽段 分子量 肽段 分子量 肽段 分子量 α 1026 α 1610 α 2618 α 1197 α 1660 α 2634 α 1223 α 1758 α 2677 α 1237 α 1832 α 2703 α 1240 α 1847 α 2716 α 1253 α 1927 α 2720 α 1267 α 1943 α 2736 α 1294 α 1951 α 2746 α 1331 α 1981 α 2806 α 1336 α 2079 α 2826 α 1367 α 2202 α 2857 α 1383 α 2247 α 2882 α 1411 α 2289 α 2867 α 1455 α 2420 α 2934 α 1459 α 2455 α 2951 α 1466 α 2548 α 3007 α 1482 α 2565 α 3063 α 1539 α 2588 α 3087 α 1594 α 2598 α 3132 β 1031 β 2352 β 3024 β 1104 β 2409 β 3042 β 1473 β 2432 β 3054 β 1881 β 2556 β 3024 β 1994 β 2560 β 3122 β 2061 β 2779 β 3477 β 2107 β 2926 β 2186 β 2965
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Lingzhu YU, Jian LU, Yanfei TAN. Comprehensive Experimental Design for Enrichment of Phosphopeptides by Functionalized Magnetic Composite Nanomaterials[J]. Experiment Science and Technology, 2023, 21(4): 81
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Received: Feb. 24, 2022
Accepted: --
Published Online: Nov. 7, 2023
The Author Email: Lingzhu YU (yulingzhu@scu.edu.cn)
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