LC-MS/MS
The instrument is used for the mass determination of pure
molecules and LC-MS studies provide information about
the number of molecules and their atomic masses present
in the mixtureas. The instrument is used both for qualitative
as well as quantitative analysis.
GC:
Shimadzu 17A GC with Head Space Sampling System HSS-4A
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It is a dual channel
GC with two FID detectors, two split/splitless
injectors and autosampler for head space sampling
applications. The instrument is extensively
being used for separation of aromatic compounds
and volatile mixtures utilizing capillary
columns. Head space sampling enhances the
application of GC by eliminating the extraction
& sample preparation step. The instrument
is fully programmable using Class GC 10 software
& PC. |
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Nucon GC 5765 |
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A dual channel gas
chromatograph with two injectors & two FID
detectors. The instrument utilizes Winacds
software with Aimil chromatography data station
for data acquisition & analysis. |
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Varian GCMS/MS model 4000
with workstation.
Configuration:
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1 split/splitless
injector & 2 PTV injectors. |
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FID detector |
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MS/MS detector |
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Direct sampling
system (Chromatoprobe) for mass of pure samples. |
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Autosampler (Combipal)
for liquid & HSS sampling |
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Wiley Library |
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Library mass finder
for terpinoids & related constituents. |
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LC-Q-ToF
Instrument is used for the determination of both small
as well as high molecular weight compounds. Metabolic
studies of drug molecules would be carried out on the
instrument.
4800 MALDI-TOF/TOF MS
4800
MALDI-TOF/TOF MS is a floor standing mass analyzer
specifically used for MS analysis of biomolecules
including protein digests, intact proteins, lipids
and carbohydrates as well as for small molecules.
The instrument provides very high sensitivity, resolution
and high mass accuracy required for protein sequencing.
MALDI-TOF/TOF is well suited to be used for the
analysis of PTMs (such as phosphorylation, glycosylation,
etc.), denovo sequencing and biomarker discovery.
The system enables the precise selection of individual
precursor masses for further fragmentation enabling
definitive identification and characterization for
these biological molecules by MS/MS. The combination
of data obtained from MS and MS/MS can increase
significantly the confidence of protein identification
using a database search (MASCOT). |
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