Masahiro Miyashita

7 papers in the catalog · Japan

Masahiro Miyashita: 7 papers in the catalog · Japan · Kyoto University · Works on 14N/15N Aba charge derivatization, Buthacus leptochelys venom linear peptide, De novo sequencing fundamentals review (Miyashita)

Affiliations

• Kyoto University

Elsewhere

ORCID 0000-0001-7050-5555 · OpenAlex

Papers

• De Novo Sequencing Analysis of a Linear Peptide in the Venom of the Scorpion Buthacus leptochelys (2021, Journal of the Mass Spectrometry Society of Japan)
• Chemical modification-assisted de novo sequencing of antimicrobial peptides in scorpion venom (2019, Toxicon)
• Fundamental and Practical Aspects of de novo Peptide Sequencing (2017, Journal of the Mass Spectrometry Society of Japan)
• Complete de novo sequencing of antimicrobial peptides in the venom of the scorpion Isometrus maculatus (2017, Toxicon)
• Differential ¹⁴N/¹⁵N-Labeling of Peptides Using N-Terminal Charge Derivatization with a High-Proton Affinity for Straightforward de novo Peptide Sequencing (日本質量分析学会創立60周年記念号) – (Mass Spectrometry) (2013, Journal of the Mass Spectrometry Society of Japan)
• Differential 14N/15N-Labeling of Peptides Using N-Terminal Charge Derivatization with a High-Proton Affinity for Straightforward de novo Peptide Sequencing (2013, Mass Spectrometry)
• Improving peptide fragmentation by N‐terminal derivatization with high proton affinity (2011, Rapid Communications in Mass Spectrometry)

Methods and tools

14N/15N Aba charge derivatization, Buthacus leptochelys venom linear peptide, De novo sequencing fundamentals review (Miyashita), High proton affinity N-terminal derivatization, Scorpion venom AMP sequencing, Scorpion venom chemical-modification de novo

Patents (1)

• JP2008196965A Method for determining amino acid sequence of peptide using mass spectrometry, peptide derivatization reagent used in the method, and reagent kit ↗ (Kyoto University, priority 2007-02-13, pending)

Patent families naming this author as an inventor. The link is made only where the same person is evident: they wrote a paper describing the patented method, or worked at the assignee.

Co-authors (13)

Ranked by Newman fractional collaboration strength, so a pair on a two-author paper counts for more than a pair on a 50-author consortium paper.

• Hisashi Miyagawa strength 1.15, 5 shared
• Hiroyuki Awane strength 1.08, 3 shared
• Yoichiro Nihashi strength 0.83, 2 shared
• Yoshiaki Nakagawa strength 0.57, 3 shared
• Atsushi Kitanaka strength 0.40, 2 shared
• Mao Yakio strength 0.40, 2 shared
• Yuzo Yamazaki strength 0.40, 2 shared
• Toru Yoshikawa strength 0.25, 1 shared
• Yosuke Hanai strength 0.25, 1 shared
• Masato Tanaka strength 0.17, 1 shared
• Mohammed Abdel-Wahab strength 0.17, 1 shared
• Moustafa Sarhan strength 0.17, 1 shared
• Yusuke Yoshimoto strength 0.17, 1 shared

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