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Keyword [Matrix-assisted laser desorption/ionization time-of-flight mass spectrometry]
Result: 1 - 19 | Page: 1 of 1
1. A Matrix Of 3, 4-diaminobenzophenone For The Analysis Of Oligonucleotides By Matrix Assisted Laser Desorption Ionization Time Of Flight Mass Spectrometry
2. Study Of The Protein Digestion By Using Enzyme Reactor Based On The Open Tubular Capillary Column And Its Application In Proteomics
3. Polymer Surfactant Molecular Weight By Maldi Mass Spectrometry
4. Radial Basis Function Neural Network For Classification And Discrimination Of Bacterial Maldi Time-of-flight Mass Spectrometry
5. Peptide Fingerprint Detection And Latent Fingerprint Visualization Using Porous Silicon
6. Rapid Identification Of Different Serotypes Vibrio Parahaemolyticus By Matrix-Assisted Laser Desorption Ionization-Time Of Flight Mass Spectrometry
7. A New Method For Rapid Determination Of Typical Microcystins
8. Conjugated Polymers Modified With Diazobenzene And Nitroaromatics: Synthesis And Biosensing
9. Method Study On New Matrix To Analysis Of BaP By MALDI-TOF
10. Functional Magnetic Nanoparticles For MALDI-TOF MS Analysis
11. Preparation And Application Of Nanomaterials Based On Biological Mass Spectrometry Detection Technology
12. Study On The Minimal Sugar Units Of N-Glycosidase PNGase H~+ And Its Application In The Research Of Legumes Glycans
13. Study On Peptide Mapping Of Dairy Products Based On MALDI-TOF
14. Development Of New Sample Pretreatment Technology And Its UHPLC-MS/MS And MALDI-TOF-MS Analysis Applications
15. Preparation Of MOFs/COFs Porous Material And Its Adsorption Of Methylene Blue,Malachite Green,Crystal Violet And Detection By MALDI-TOF MS
16. Novel Recognition And Detection Approaches Of Glycoproteins Based On Molecular Imprinting Technology
17. Study On New Methods For Small Molecule Compounds Detection Based On COFs/HOFs Porous Materials MALDI Mass Spectrometry
18. The Development Of Pretreatment Methods For Target Low Abundance Proteins In Serum By Mass Spectrometry
19. Synthesis And Imaging Analysis Of BODIPY Chemiluminescent Probes
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