To uncover the crucial information for criminal investigations and legal proceedings, forensic analysts rely on sophisticated methodologies that yield objective and scientifically grounded insights. These approaches include DNA analysis, fingerprinting, ballistics, and toxicology. Explore how robust forensic analysis empowers law enforcement agencies and legal professionals to solve crimes and uphold justice.
"Extend-C18 columns incorporate a unique patented bidentate silane, combined with a double-endcapping process that protects the silica from dissolution at high pH - up to pH 11.5. Columns are best applied for separations of compounds that are either (1) basic and have little or no retention at low or intermediate pHs, (2) more stable or more soluble at high pH, or (3) basic and show poor peak shape at low or intermediate pH.…
Thermal desorption (TD) combines sample preparation, extraction, and injection into a single automated process for the analysis of volatile and semi-volatile organic compounds (VOC and SVOC).
Agarose LE from Axygen Bioscience is a high quality molecular biology grade Agarose suitable for analytical and preparative electrophoresis of nucleic acids. Nucleic acid separation with Agarose LE is between 0.2–15 kbp depending on the concentration of Agarose LE.
Agarose MS is a molecular screening agarose for improved resolution of DNA fragments with 500 bp or less, especially primer–sized fragments. At a 3 concentration, Agarose MS gives a resolution of DNA fragments similar to gels made with polyacrylamide at concentrations of 8 .
Agarose LM, low melting gels allows for the recovery of undamaged nucleic acids below their denaturation temperature. The low gelling temperature ensures that the agarose will be in a liquid state at a temperature range where In-Gel manipulations can be performed without prior extraction of the DNA from the gel slice. Low Melting (LM) Agarose is derivatized by organic synthesis which generates methoxylate groups from the bas…
The AxyPrep™-96 Plasmid Purification Kit represents a true high-throughput system for the purification of plasmid or cosmid DNA in a 96-well format. The AxyPrep™-96 Plasmid Purification Kit is designed to produce up to 20 mg of highly purified plasmid or cosmid DNA (per well) from up to 1.3 ml of bacterial culture in 96-well format. With the AxyPrep™-96 Plasmid Purification Kit two plates rapidly and efficiently process the…
AxyPrep™ Easy-96 Plasmid Purification Kit employs a modified alkaline lysis method in combination with an optimized 96-well lysate filtration plate and an alcohol precipitation step to purify plasmid and cosmid DNA from bacterial cultures. The AxyPrep™ Easy-96 Plasmid Purification Kit is designed to process 1.3 ml aliquots of bacterial culture, grown in a 96-well format. Plasmid or cosmid DNA prepared by the Axyprep Easy-96…
This kit is based upon a modified SDS-alkaline lysis of bacterial cells in combination with lysate filtration and selective binding of the plasmid DNA to special AxyPrep purification columns. The yield of plasmid for this kit is up to 100 mg. This kits can also be used to isolate large constructs, such as BAC, PAC and P1. The protocols provide a simple, rapid and efficient method for the isolation of highly purified plasmid…
AxyPrep™ DNA Gel Extraction Kit employs optimized reagents in combination with a convenient spin column to purify DNA fragments from either TAE or TBE agarose gels (regular and low-melt). Each AxyPrep column in the AxyPrep DNA Gel Extraction Kit will bind up to 8 µg of DNA. DNA fragments in a size range of 75 bp up to 10 kb can be efficiently recovered with the AxyPrep DNA Gel Extraction Kit. Depending upon the length of the…
AxyPrep Blood Genomic DNA Miniprep Kit - Suitable for purifying up to 12 mg of genomic DNA from 250 ml of anti-coagulated whole blood. Blood genomic DNA is isolated directly from the white blood cell (WBC) component of whole blood, without the need to remove the red blood cells (RBCs) in advance. The isolation of genomic DNA from blood using the AxyPrep Miniprep Kit is based on the efficient release of genomic DNA from by a…
