Advanced Polymer Characterization: Modular Operations for Spectral Alignment by Iterative Compression (MOSAIC)

Matrix-assisted laser desorption/ionization (MALDI) mass spectrometry encodes structural information across diverse homo- and copolymer ensembles, yet decrypting these spectra requires a systematic analytical approach. We introduce Modular Operations for Spectral Alignment by Iterative Compression (...

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Bibliographic Details
Main Author:	Hanlin M. Wang (17675013) (author)
Other Authors:	Benjamin A. Suslick (1580425) (author), David J. Lundberg (6383192) (author), Jacob J. Lessard (5629013) (author), Zhenchuang Xu (6869186) (author), Mary A. Choy (21742586) (author), Jeremiah A. Johnson (1316577) (author), Jeffrey S. Moore (1385685) (author)
Published:	2025
Subjects:	Biochemistry Genetics Marine Biology Virology Space Science Chemical Sciences not elsewhere classified visually apparent clusters systematic analytical approach general cipher algorithm five copolymers formed enabling intuitive assignment derived mass contributions assisted laser desorption advanced polymer characterization applies modular arithmetic nonconstitutional repeating units mass spectral features introduce modular operations cluster maldi peaks modular operations spectral alignment base units yet decrypting spectra requires revealing end iterative compression group distributions filter monomer copolymer ensembles comonomer incorporation
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Advanced Polymer Characterization: Modular Operations for Spectral Alignment by Iterative Compression (MOSAIC)

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