Japan's national police agency purchase forensics equipment - - Chromatography Online
Japan's national police agency purchase forensics equipment

LCGC Asia Pacific eNews

Japan's National Police Agency (NPA) has purchased 51 Thermo Scientific LXQ linear ion trap mass spectrometers and 27 of the company's Nicolet 6700 FTIR spectrometers with Continuµm microscopes. The NPA will use the LC–MS–MS system for toxicology screening in each of its 47 prefecture offices and will use the FTIR system for forensics in nearly half of those offices.

The LC–MS–MS system's ion trap technology is reported to provide high sensitivity and specificity, which enables it to analyse hundreds of analytes in blood and urine samples.

The FTIR spectrometer and microscope combines visual microscopic analysis with valuable and discriminating infrared chemical information, which the company claims ensures sensitive, accurate interpretation, while preserving the sample. One reason the NPA cited for purchasing the FTIR was its ability to analyse paint chips, a key piece of identification evidence in a hit-and-run crime. Normally, identifying auto paint requires dissolution and chemical extraction, but FTIR microscopy provides quick chemical identification of each paint layer without degrading the sample.

For more information about the company visit www.thermo.com

ADVERTISEMENT

post a comment
Your email address will NOT be published.
appears with your comment
read our privacy policy
Note: does not support HTML
All Comments submitted are subject to review, and may be delayed before posting. Comments will be posted at the discretion of the editor.
LCGC E-mail Newsletters
Select each newsletter you wish to subscribe for:
Monthly
| Weekly
| Monthly
Survey
How do you make an LC column last longer?
Filter your sample and mobile phase
Adjust the pH of the mobile phase to within the working range of the column
Flush the column with methanol or acetonitrile if it's not going to be used for a while
All of the above
Some of the above
None of the above
Filter your sample and mobile phase
5%
Adjust the pH of the mobile phase to within the working range of the column
3%
Flush the column with methanol or acetonitrile if it's not going to be used for a while
8%
All of the above
64%
Some of the above
18%
None of the above
2%
View Results
Source: LCGC Asia Pacific eNews,
Click here