|
No.
|
Catálogo
|
Título
|
|
54
|
055
|
Ion Source DUIS-2010 - Enabling even higher throughput analysis
|
|
53
|
054
|
Opening LCMS to research: Psiport browser software
|
|
52
|
053
|
Analysis of Aminoglycoside Antibiotics(Gentamicins & Neomycin)(1)
|
|
51
|
051
|
Analysis of N-nitroso-fenfluramine using LC-MS
|
|
50
|
050
|
Analysis of aflatoxins using LCMS-2010A
|
|
49
|
049
|
Analysis of Microcystins using LC-MS (No. 2)
|
|
48
|
048
|
Simultaneous Analysis of Irganox Polymer Additive using LC-MS
|
|
47
|
047
|
Analysis of Phenoxypropionic Type Herbicides using LC-MS
|
|
46
|
046
|
Analysis of Bisphenol A Diglycidyl Ether using LC-MS
|
|
45
|
045
|
Analysis of Microcystins Using LC-MS
|
|
44
|
044
|
Drug analysis using Co-Sense for BA LC-MS system (1)
|
|
43
|
043
|
Analysis of fullerenes using LC-MS
|
|
42
|
042
|
Analysis of alkyl phenyl polyoxyethylene sulfonate using LC-MS
|
|
41
|
041
|
Analysis of benzalkonium and polyoxyethylene lauryl ether using LC-MS
|
|
40
|
040
|
Analysis of fatty acid amidopropylbetaine using LC-MS
|
|
39
|
039
|
Analysis of pesticides in foods using LC-MS
|
|
38
|
038
|
Structure elucidation of trace amount of impurities in drugs using Co-Sense for LCMS
system analogue
|
|
37
|
037
|
Analysis of alkylphenols using LC-MS
|
|
36
|
036
|
Analysis of vitamin K in food using LC-MS
|
|
35
|
035
|
Drug Analysis In Plasma By LC-MS: ON-LINE Pretreatment Method For Removal of Proteins
|
|
34
|
034
|
Analysis of penicillin analogs using LC-MS
|
|
33
|
033
|
Analysis of golf course pesticides using LC-MS
|
|
32
|
032
|
Analysis of Bisphenol A and Nonylphenol using LC-MS
|
|
31
|
031
|
Analysis of DNPH-aldehydes using LC-MS
|
|
30
|
030
|
Analysis of antioxidants in drug and food using LC-MS
|
|
29
|
029
|
Analysis of N-methylcarbamates using LC-MS
|
|
28
|
028
|
Analysis of capsaicin in Capsicum annuum using LC-MS
|
|
27
|
027
|
Analysis of nasal spray using LC-MS
|
|
26
|
026
|
Analysis of eye lotion using LC-MS
|
|
25
|
025
|
Identification of H2 blockers using LC-MS
|
|
24
|
024
|
Analysis of metribuzin using positive and negative APCI LC-MS.
|
|
23
|
023
|
Analysis of aflatoxins using LC-MS (2)
|
|
22
|
022
|
Analysis of triacyl glycerol using LC-MS
|
|
21
|
021
|
Analysis of aflatoxins using LC-MS (1)
|
|
20
|
020
|
Analysis of hormone agents for veterinary medication using LC-MS
|
|
19
|
019
|
Analysis of antiparasitic agents using LC-MS
|
|
18
|
018
|
Analysis of antibacterial compounds using LC-MS
|
|
17
|
017
|
Analysis of fullerenes using LC-MS
|
|
16
|
016
|
Analysis of caffeine in hair using LC-MS
|
|
15
|
015
|
Analysis of flavanone glycosides using LC-MS
|
|
14
|
014
|
Analysis of catechins using LC-MS
|
|
13
|
013
|
Identification of Viagra (sildenafil citrate) using LC-MS
|
|
12
|
012
|
Analysis of ceramides using LC-MS
|
|
11
|
011
|
Analysis of ivermectin like compounds known as antiparasitic agents using LC-MS
|
|
10
|
010
|
Analysis of menaquinones produced by Actinomycetes using LC-MS
|
|
9
|
009
|
Analysis for 4-vinyl guaiacol in beer
|
|
8
|
008
|
Qualitative analysis of alkaloids in Coptis Rhizome
|
|
7
|
007
|
CID mass spectrum of limaprost, a prostaglandin E related compound
|
|
6
|
006
|
Identification of erythromycin's minor components using collision- induced dissociation
|
|
5
|
005
|
Simultaneous analysis for macrolide antibiotics using electrospray ionization
|
|
4
|
004
|
Analysis of photosynthetic pigments and quinones in chloroplast using LC-MS
|
|
3
|
003
|
LC-MS analysis for vitamin D3 using atmospheric pressure chemical ionization
|
|
2
|
002
|
LC-MS Analysis for toxic peptide microcystins produced by cyanobacteria
|
|
1
|
001
|
Analysis of conjugated bile acids using LC-MS
|