「Spectrometry」の共起表現(1語左で並び替え)

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「Spectrometry」の共起表現一覧(1語左で並び替え)

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, dual-beam, recording infra-red absorption	spectrometry, flame photometry, and investigated the pot
Laser absorption	spectrometry
Graphite furnace atomic absorption	spectrometry (GFAAS) (also known as Electrothermal Atomi
Laser absorption	spectrometry (LAS) refers to techniques that use lasers
interest (hence the name atomic absorption	spectrometry).
The Journal of Analytical Atomic	Spectrometry is a peer-reviewed scientific journal publi
been identified with gas chromatograph-mass	spectrometry.
During a liquid chromatography-mass	spectrometry analysis, the peptides are fragmented to pr
GC-MS (gas chromatography-mass	spectrometry)
ue can be used with gas chromatography-mass	spectrometry.
sis of gases and in gas chromatography-mass	spectrometry.
then analyzed by liquid chromatography-mass	spectrometry (LC-MS).
For example, gas chromatography-mass	spectrometry, LC-MS, GC-IR, LC-NMR, LC-IR, CE-MS, and so
the other hand, for gas chromatography-mass	spectrometry, the total ion counts of different species
ected via headspace gas chromatography/mass	spectrometry, from shirts worn for 3 days by subjects be
Capillary electrophoresis-mass	spectrometry (CEMS) is an analytical chemistry technique
ray fluorescence (XRF) and optical emission	spectrometry (OES).
ysis by inductively coupled plasma emission	spectrometry.
Intact protein expression	spectrometry (IPEx) is a label-free quantification appro
on and energy dispersive X-ray fluorescence	spectrometry with polarized excitation.
ted to the development of advanced infrared	spectrometry applied in the first survey of the sky at i
High-field asymmetric-waveform ion-mobility	spectrometry (FAIMS or RF-DC ion-mobility spectrometry)
r neutral atoms, they are measured (by mass	spectrometry) for ions: hence, the measured values must
e National Laboratory of Secondary Ion Mass	Spectrometry (SIMS) in the Earth Sciences.
first demonstration of nanomechanical mass	spectrometry of single protein molecules.
Turecek); 4) The development of tandem mass	spectrometry for newborn screening of enzyme deficiency
Accelerator Mass	Spectrometry.
WikiProject Mass	spectrometry
Proteomics & Mass	Spectrometry
PRIDE (for mass	spectrometry data)
Mass	spectrometry (with a focus on proteomics)
2004 Distinguished Contribution in Mass	Spectrometry Award
European Journal of Mass	Spectrometry is a peer reviewed journal covering all are
Mass	spectrometry imaging (also known as imaging mass spectro
tion in ECI has been studied by tandem mass	spectrometry.
earrangement is a reaction observed in mass	spectrometry.
mentation can be observed using tandem mass	spectrometry.
In mass	spectrometry this compound is often abbreviated as "3-NB
Rapid Communications in Mass	Spectrometry (usually abbreviated as Rapid Commun.
s of lipids in conjunction with direct mass	spectrometry.
creases their detection sensitivity by mass	spectrometry.
The usual method of analysis is tandem mass	spectrometry.
1981 member of the British Mass	Spectrometry Society
Micro-Arrays for Mass	Spectrometry (MAMS) is an analytical platform for high-t
he editorial boards for the Journal of Mass	Spectrometry, the Journal of the American Society for Ma
ation and Research Centre for Advanced Mass	Spectrometry (SIRCAMS) is a facility for ultra-high reso
Bowers group uses mass	spectrometry and ion mobility spectrometry to study gase
electrospray as ionization source for mass	spectrometry.
this topic is discussed when covering mass	spectrometry and occurs generally by the same mechanisms
rect methods of protein sequencing are mass	spectrometry and the Edman degradation reaction.
ine tool that converts to/from various mass	spectrometry formats, part of TOPP
1993 Distinguished Contribution in Mass	Spectrometry Award (shared with Richard Yost)
eric-pressure ionization technique for mass	spectrometry.
m DNA sequence, Edman degradation, and mass	spectrometry.
lts in ions that can be detected using mass	spectrometry.
Mass	spectrometry and NMR data indicate that Filipin II is 1'
SEQUEST is a tandem mass	spectrometry data analysis program used for protein iden
It is also used as a matrix in MALDI mass	spectrometry analyses.
His research focuses on mass	spectrometry, specifically in its application to proteom
hod for fragmenting anionic species in mass	spectrometry.
for coupling liquid chromatography to mass	spectrometry (LC-MS) [1,2].
or targeted quantitative proteomics by mass	spectrometry.
Dating of Corals in Southern Taiwan by Mass	Spectrometry, 1993, J. Geol.
of plasmas and ion streams, usually in mass	spectrometry.
ften used as an aqueous buffer for ESI mass	spectrometry of proteins and other molecules.
s real-time) ionisation technology for mass	spectrometry;
His research focuses on mass	spectrometry, primarily its application to proteomics.
also employed as a tuning reference in mass	spectrometry.
s of resolution and resolving power in mass	spectrometry.
This definition is used in a number of mass	spectrometry texts.
s use gas or liquid chromatography and mass	spectrometry (e.g.
ed in the Journal of Biomacromolecular Mass	Spectrometry.
tter, Robert J. (1994), Time-of-flight mass	spectrometry, Columbus, OH: American Chemical Society, I
rn 1959) is a scientist in the area of mass	spectrometry and proteomics.
y analyzed using gas chromatography or mass	spectrometry.
eynon, Welsh scientist in the field of mass	spectrometry
Mass	spectrometry is a technique that gives the molecular mas
research in capillary separations and mass	spectrometry detection.
Mass	spectrometry measures mass-to-charge ratio of molecules
infrastructure for the development of mass	spectrometry related software.
g at extremely low levels, accelerator mass	spectrometry (AMS) can be used.
nd in proteomics and he specializes in mass	spectrometry.
ique is primarily used in the field of mass	spectrometry.
ermal ionization is thermal ionization mass	spectrometry (TIMS).
"Extending top-down mass	spectrometry to proteins with masses greater than 200 ki
Fragmentation for tandem mass	spectrometry is accomplished by electron-capture dissoci
CCMS is the author of mass	spectrometry software tools such as InsPecT search engin
Electron-capture mass	spectrometry (EC-MS) is a type of mass spectrometry that
Selected-ion flow-tube mass	spectrometry is a sensitive and quantitative mass spectr
PEAKS is a software program for tandem mass	spectrometry designed for peptide sequencing, protein id
The performance of many mass	spectrometry software, including PEAKS, can be observed
eparated by SDS PAGE and identified by mass	spectrometry.
ant breakthrough in the application of mass	spectrometry to the analysis of proteins and other large
She was previously Professor of Mass	Spectrometry at the Department of Chemistry of the Unive
que used for analyzing biomolecules by mass	spectrometry.
SI are MALDI imaging and secondary ion mass	spectrometry imaging (SIMS imaging) .
Other mass	spectrometry ionization methods can also be used for MS
desorption ionization can be used as a mass	spectrometry imaging technique for relatively large mole
Affinity purification and mass	spectrometry (AP/MS) is able to identify proteins that i
sis, meanwhile MALDI is widely used in mass	spectrometry research laboratories.
ng role in the field of high precision mass	spectrometry of radioactive ions.
Recently, electrospray ionization mass	spectrometry has been used to corroborate the mechanism
m proteomics also usually implies that mass	spectrometry is the ultimate technique used for protein
ts include isotope mass measurement in mass	spectrometry, and particle momentum measurement in parti
detected in the urine of PCP users by mass	spectrometry as means of drug screening.
Directors of the American Society for Mass	Spectrometry including President.
n of Edman sequencing and confirmed by mass	spectrometry.
s using NMR, X-ray crystallography and mass	spectrometry.
Ammonium formate is commonly added in mass	spectrometry to improve detection of certain analytes by
plications of, electrospray ionization mass	spectrometry (ESI/MS).
ion of dust particles by secondary ion mass	spectrometry, after the surface is cleaned by indium ion
cally labeling protein and peptides in mass	spectrometry research applications.
The Center for Computational Mass	Spectrometry (CCMS) is a proteomics center at the Univer
ed laser desorption/ionization (MALDI) mass	spectrometry.
. J. Thomson led to the development of mass	spectrometry.
is a software search engine that uses mass	spectrometry data to identify proteins from primary sequ
The performance of many mass	spectrometry software, including Mascot, can be observed
from ICP (inductively coupled plasma) mass	spectrometry to within 0.0009 μg/mL.
The expected masses found in mass	spectrometry in quebracho tannin are 561, 833, 1105, 137
tabolite information as well as tandem mass	spectrometry data.
ns for analyzing chemical compounds by mass	spectrometry at atmospheric pressure.
180 K (−93 °C), but can be detected by mass	spectrometry and other techniques.
s often performed by coupling EGA with mass	spectrometry, Fourier transform spectroscopy, gas chroma
ing, sequencing, expression profiling, mass	spectrometry and Information Technology) and also provid
ftware for protein identification from mass	spectrometry data.
roteolytic digestion and measured with mass	spectrometry.
noses have been developed that utilize mass	spectrometry or ultra-fast gas chromatography as a detec
od are measured by Gas chromatographic Mass	spectrometry and the expected values of MMA in healthy p
In most forms of mass	spectrometry, the intensity of ion current measured by t
Membrane-introduction mass	spectrometry (MIMS) is a method of introducing analytes
ested into short peptide fragments and mass	spectrometry is used to identify the proteins based on t
uid chromatography coupled with tandem mass	spectrometry (LC-MS/MS) for 'small' molecules and enzyme
For mass	spectrometry analyses of a macromolecule, such as a prot
d using both liquid chromatography and mass	spectrometry together, which revealed syringic acid in s
t who leads the Organic and Biological Mass	Spectrometry Group at Oak Ridge National Laboratory.
In mass	spectrometry electron multipliers are often used as a de
es of web browser page views of tandem mass	spectrometry data that has been assigned to protein sequ
sed molecular beams and time of flight mass	spectrometry.
analysis, using gas chromatography and mass	spectrometry, of urine.
e to analysis by gas chromatography or mass	spectrometry.
6 has been detected in mass	spectrometry experiments by R. Wyrwas and C. Jarrold, fo
construction of weathering conditions, Mass	Spectrometry, Electron Diffraction Spectroscopy (EDS) an
meter is required, over other forms of mass	spectrometry, because of their insufficient abundance se
of detection methods including UV/VIS, mass	spectrometry, FID (unlike HPLC) and evaporative light sc
s one of the pioneers in bioanalytical mass	spectrometry.
ied in various species on the basis of mass	spectrometry technology.
high throghput protein separation and mass	spectrometry related data.
ss spectrometer is a device for tandem mass	spectrometry that consists of a combination of two or mo
le, quantitative analysis performed by mass	spectrometry on biological samples can determine, by the
enzymatic or ligand binding assays or mass	spectrometry.
ays based on a combination of HPLC and mass	spectrometry, but these peptides cannot be detected in a
are the development of instruments for mass	spectrometry, metallomics, ionics, and the analytical ch
on Award from the American Society for Mass	Spectrometry for the original development and chemical a
cements in technologies such as tandem mass	spectrometry have made it possible to screen all newborn
Hillenkamp (born in 1936) is a German mass	spectrometry scientist developer with Michael Karas of t
When used in mass	spectrometry studies, BS3-d4 provides a 4 dalton shift c
l data generated by techniques such as mass	spectrometry.
seful when attempting to solve organic mass	spectrometry structures.
for infrared and NMR spectroscopy and mass	spectrometry.
dology and instrumentation centered on mass	spectrometry based proteomics for the characterization o
ource), used with atmospheric pressure mass	spectrometry, which involves application of ultrasounds.
Arizona Accelerator Mass	Spectrometry Laboratory focuses on the study of cosmogen
nalysis of liquid and solid samples by mass	spectrometry.
rier transform ion cyclotron resonance mass	spectrometry, also known as Fourier transform mass spect
Secondary ion mass	spectrometry (SIMS) is used to analyze solid surfaces an
He and his students used mass	spectrometry to study natural variations in the isotopic
Today they are used in the field of mass	spectrometry where they are used in both TOF mass spectr
stion of proteins prior to analysis by mass	spectrometry.
es by liquid chromatography coupled to mass	spectrometry, a technique known as shotgun proteomics.
enrichment facility in France, routine mass	spectrometry comparing UF6 samples from the Oklo Mine, l
Collisional excitation in mass	spectrometry is the process where an ion collides with a
In mass	spectrometry the mass accuracy of a mass analyzer is oft
the coupling of gas chromatography and mass	spectrometry, NMR and other forms of spectroscopy) in or
ontributions in theoretical chemistry, mass	spectrometry, explosion limits, atom recombination react
n part of the molecule as evidenced by mass	spectrometry.
er ablation inductively coupled plasma mass	spectrometry (LA-ICP-MS) from three Holocene speleothems
Also, mass	spectrometry is categorized by approaches of mass analyz
ted at Imperial College London, offers mass	spectrometry profiling of protein N- and O-linked glycan
an be used in combination with element mass	spectrometry ICP-MS allowing first-time absolute quantif
is often added to the mobile phase if mass	spectrometry is used to analyze the column eluent.
3 with the Field and Franklin Award in Mass	Spectrometry.
d in the ongoing development of tandem mass	spectrometry for use in newborn screening and research,
Mass	spectrometry and western blotting confirmed that these n
ard the development and application of mass	spectrometry for the analysis of intact peptides, protei
in ion for mass measurement and tandem mass	spectrometry analysis.
peptides in a biological sample using mass	spectrometry by searching the six-frame translation of t
teomic information, often derived from mass	spectrometry, to improve gene annotations.
ion Award from the American Society of Mass	Spectrometry, the Christian B. Anfinsen Award from the P
rapid advances in technologies such as mass	spectrometry (MS), nuclear magnetic resonance (NMR) spec
ported at the Annual Conference of the Mass	Spectrometry Society of Japan held in Kyoto, in May 1987
dividual molecules matters, such as in mass	spectrometry and particle physics (where the mixture of
contributions to the field of ion mobility	spectrometry.
obility in gas phase is called Ion mobility	spectrometry, in liquid phase it is called electrophores
ng with the application of NMR, ESR and NQR	spectrometry in all branches of chemistry.
Ion-mobility spectrometry-mass	spectrometry (IMS-MS) is a method that combines ion-mobi
Triple-axis	spectrometry (TAS, T also resolved as "three", S also re
ford of the NASA Ames Research Center, used	spectrometry to analyze both apples and oranges.
Using	spectrometry it was found in 2007 that this planet conta

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