Forensic Science
Forensic science uses multidisciplinary investigations to establish the facts in civil or criminal law cases. It involves the examination of the crime scene for evidence, such as body fluids, bones, hair, footprints, fingerprints, paint and clothing fragments, which can then be used to help identify the perpetrator(s) of the crime. DNA analysis is an important technique in matching evidence from a crime scene to a suspect. Biomechanical engineers and ballistics experts may also be involved in determining how a crime was carried out and to match evidence to particular weapons.
In the case of a death, a pathologist, forensic odontologist, and /or toxicologist may examine a body to establish the cause of death, sometimes with the help of specialists such as entomologists and botanists who can help to clarify the time and place of death using pollens, grasses and /or insects remaining on the body and / or clothing. Criminal psychologists and psychiatrists may also help to provide a profile of the type of person capable of carrying out a specific crime.
Light microscopy is an important tool in the examination of crime scene evidence and in the examination of pathology samples. Polorizing microscopy can, for example, be used to characterize a variety of samples including hair, soil, and natural and man-made fibres. Surface characteristics of a variety of materials may be examined using stereomicroscopy and reflected light, DIC and other phase contrast techniques. Paint fragment sections may be examined using brightfield, fluorescence and /or polarized light Brightfield and fluorescence observations are also essential for examining pathology specimen slides. Digital imaging is ideal for documenting and quantifying findings using appropriate image analysis software. The ability to create an audit trail of imaging events is also helpful in identifying when the images where captured, by whom and whether or not images have been manipulated.
Associated Products
-
SMZ645-660
Affordable workhorse stereomicroscopes with 6:3 zoom ratio and 4x to 300x magnification range.
Marine Biology, Gross Observations, Lab-on-a-Chip, Forensic Science, Microelectronics…
-
SMZ1500
A stereomicroscope optical powerhouse, with a 15:1 zoom ratio and high N.A.’s producing high-contrast, tack-sharp images.
Regenerative Studies, Marine Biology, Veterinary, Cell Biology Live, Lab-on-a-Chip…
-
SMZ1000
Stereomicroscope with a 10:1 zoom ratio, superb optical performance and advanced ergonomics.
Regenerative Studies, Cell Biology Live, Gross Observations, Forensic Science, Palaeontology…
-
AZ100 Multizoom
A new zoom microscope solution for macro imaging applications for biomedical and industrial markets.
Developmental Biology, Regenerative Studies, Neurobiology, Marine Biology, Veterinary…
-
Mi Macro Imaging Station
The Mi macro imaging station provides the perfect environment for the capture of unfixed and fixed gross specimen images in the mortuary or pathology lab.
Cytology, Histology, Pathology, Veterinary, Gross Observations…
-
NeoScope
Benchtop Scanning Electron Microscope ideal for bioscience research and industrial inspection applications
Forensic Science, Surface Analysis, Cracks and Failure Analysis
-
Eclipse LV100 POL
Quantitative polarizing light microscopes for research applications.
Biophysics, Forensic Science, Asbestos, Fabrics/Textiles, Composites…
-
Eclipse 50i POL
Compact polarizing microscope that balances optical performance and ease of use.
Forensic Science, Asbestos, Fabrics/Textiles, Composites, Plastic Manufacturing…
-
Eclipse 50i
Clinical/laboratory microscope offering unsurpassed ergonomics and digital imaging capabilities for users handling a high throughput of samples.
Genetics, Neurobiology, Molecular Pathology, Cytology, Pathology…
-
Eclipse Ti
Advanced inverted microscope systems offering unprecedented functionality, including built-in Perfect Focus and high-speed motorization.
Developmental Biology, Cell Culture and Maintenance, Regenerative Studies, Neurobiology, Molecular Pathology…
