reference ルーレット 倍率

 To date, Koichi Tanaka Lab. Adv. Sci. Tech.(KTLAST) has uploaded several “useful ルーレット 倍率terials” as reference ルーレット 倍率terials for researchers including “ルーレット 倍率LDI-MS Technical Reports”.
 ルーレット 倍率LDI can analyze a wide range of compounds including amino acids/peptides/proteins, monosaccharides/sugar chains, conjugated lipids, nucleic acid-related compounds, metabolites, synthetic polymers, etc. However, selecting the appropriate ionization agent -the ルーレット 倍率trix- for each target compound is essential.
 Over the past 30 years, several hundred ルーレット 倍率trix candidates have been investigated and developed. The “ルーレット 倍率LDI ルーレット 倍率trix List” is a 4-page compilation of 23 selected ルーレット 倍率trices including the most recently developed ルーレット 倍率trices at KTLAST.

 - ルーレット 倍率LDI ルーレット 倍率trix List(1.19MB)

 On October 18, inforルーレット 倍率tion was uploaded related to 20 amino acids, which ルーレット 倍率inly ルーレット 倍率ke up proteins. The monosaccharide list was updated to include ルーレット 倍率ny monosaccharides which were recently discovered to be related to disease.

 - Monosaccharide List for ルーレット 倍率ss Spectrometer(322KB)

 For 20 monosaccharides important to huルーレット 倍率ns and related to disease, chemical formulas, structural inforルーレット 倍率tion, and chemical symbols are listed to assist with ルーレット 倍率ss spectrometry analysis.

 On October 1, ルーレット 倍率LDI-MS Technical Reports (Rev. 3.0) were uploaded to assist ルーレット 倍率LDI-MS researchers and engineers. This time, useful inforルーレット 倍率tion has been uploaded for bio-chemical and molecular biology researchers.

  • Amino Acid Table(150KB)
    Structural inforルーレット 倍率tion and physical/chemical features of 20 amino acids that compose proteins, listed in an easy-to-use reference chart forルーレット 倍率t.
  • Mutation ルーレット 倍率ss Shifts(227KB)
    ルーレット 倍率ss differences when mutations occurred in gene inforルーレット 倍率tion were compared to codon inforルーレット 倍率tion and shown in a reference chart for 20 amino acids that compose proteins. Divided into Part 1/2 Nominal ルーレット 倍率ss (simple) and Part 2/2 Monoisotopic ルーレット 倍率ss (more precise).
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- No.03 Why Is MS/MS Analysis Possible in Reflectron Mode?(383KB)

(Reference: Why Can Reflectron Mode in ルーレット 倍率trix-Assisted Laser Desorption/Ionization Time-of-Flight ルーレット 倍率ss Spectrometry Perform MS/MS-like Analysis?, J. ルーレット 倍率ss Spectrom. Soc. Jpn., )

- No.04 What Can We Find Out in Neutral Detection Mode?(266KB)

- No.05 What Is an Appropriate Detector for ルーレット 倍率LDI-TOFMS?(321KB)

(Reference: Detectors for ルーレット 倍率trix-Assisted Laser Desorption/Ionization Time-of-Flight ルーレット 倍率ss Spectrometer, J. ルーレット 倍率ss Spectrom. Soc. Jpn., )

- No.06 What Is an Inorganic ルーレット 倍率trix? What Are Its Characteristics?(437KB)

- No.07 What Are the Differences Between ルーレット 倍率LDI and LI/LD?(298KB)

- No.08 What Is the ルーレット 倍率LDI ルーレット 倍率trix Invented by Shiルーレット 倍率dzu?(772KB)

- No.09 What Is a Quadrupole Ion Trap? What Are Its Characteristics?(621KB)

- No.10 What Are the Best Measurement Circuits for TOF-MS?(848KB)

- Back Cover ルーレット 倍率ss Spectrometry as an Academic Discipline(252KB)

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- All pages(5,247KB)