SYRINGE SGE 2.5ML LUER LOCK

The Uses of SYRINGE SGE 2.5ML LUER LOCK

SGE gastight Luer lock syringe was used to collect gas samples from the slightly pressurized headspace, while measuring anaerobic ammonium oxidation. It was also used to collect gas samples of the headspace gas, during an experimental procedure related to increase in the occurrence of the anammox reaction in estuarine sediments. It may also be used for introduction of samples to the gas sampling and injection system (GASIS) inlet, in a study involving versatile inlet system for on-line compound-specific δD and δ¹³C gas chromatography-oxidation/reduction-isotope ratio mass spectrometry analysis of gaseous mixtures.

The Uses of SYRINGE SGE 2.5ML LUER LOCK

SGE Gas Tight Syringes, Luer Lock was used:

• for collection of estuary water sediment, in an experimental study done to assay the anammox reaction occurring in estuary sediments.
• to sub-sample, ¹⁵N-N₂ and N₂O sample gas in head-space, during measurement of annamox and denitrification in intact sediment cores.
• with combination of PCC, which is basically a cell homogenizer, during the isolation of mitochondria, in an experimental investigation done to study the progression of human diseases.
• for the introduction of the sample in to the GASIS (gas sampling and injection system) inlet, during the compound-specific δD and δ¹³C gaseous mixture analysis by mass spectrometry.

General Description

SGE Gas Tight syringes are constructed of borosilicate glass, PTFE plunger tips, and KEL-F Luer cones depending upon the experimentation process. SGE syringes have been a consistent choice for LC and GC equipment. An interference fit between the plunger tip and the barrel enhances the gas sealing properties of the SGE syringe. Plungers are interchangeable. SGE gas tight syringes can be autoclaved, but the plunger should be removed. SGE gastight Luer lock syringe can be effectively used for the introduction of samples to the gas sampling and injection system (GASIS) inlet.

• Maximum inertness for liquid or gas samples
• Suitable for manual disperser/diluter applications
• High accuracy of dispensed volume
• Wide variety of terminations
• Less time consuming
• SGE gas tight syringes also improves work flow analysis