IDENX Human Identification Kits
IDENX Human Identification Kits
Comprehensive kits tailored for human identification through advanced STR analysis. IDENX Human Identification Kits provide fast, accurate, and reproducible results for criminal casework, paternity testing, and disaster victim identification applications.
IDEXplex®_27 DC System
The IDEXplex®_27 DC System is a sophisticated STR (Short Tandem Repeat) typing kit designed for human identification. This advanced system includes 27 loci, covering all expanded CODIS loci, and incorporates the Penta E and D6S1043 markers. It is one of the most comprehensive tools available in forensic genetics and human
identification fields.
Features
- Direct Use in FTA CARD for streamlined sample processing.
- Comprehensive loci coverage with all expanded CODIS loci.
- Incorporates Penta E and D6S1043 markers for enhanced identification.
- Quick PCR time under 90 minutes for rapid results.
- STR technology for precise and reliable human identification.
Applications: Human identification in forensic investigations and advanced genetic research and analysis.
IDEXplex®_Y18 System
The IDEXplex®_Y18 System is specifically designed for forensic and genetic applications. Functioning similarly to the Yfiler kit from Applied Biosystems (ABI), this advanced system targets 18 Y-STR loci, including highly polymorphic markers. These male-specific loci are ideal for analyzing male DNA in mixed samples, paternity testing, and
genealogical studies.
Features
- Designed for use in forensic and genetic research.
- Comparable to Yfiler Kit: Functions similarly to the Yfiler kit from Applied Biosystems (ABI).
- 18 Y-STR Loci: Targets 18 Y-STR loci, including highly polymorphic markers.
- Male-Specific Loci: Ideal for analyzing male DNA in mixed samples, paternity testing, and genealogical studies.
- High Sensitivity: Provides high sensitivity for accurate DNA analysis.
- Reproducibility: Ensures consistent and reliable results.
- Discrimination Power: High discrimination power for precise identification.
Applications: Suitable for forensic investigations and casework, ideal for genetic population studies and research, effective for determining paternal relationships and useful for tracing ancestry and genealogical research
IDEXplex®_17DC System
The IDEXplex_17DC System is a dynamic multiplex STR system specifically designed to streamline and accelerate the DNA typing process in database and paternity testing scenarios. This advanced system enables direct amplification from FTA® cards, significantly simplifying sample preparation steps and reducing the overall processing
time to less than 60 minutes.
Features
- Compatible for direct amplification from FTA® cards, ensuring efficient sample handling.
- Utilizes advanced STR technology to provide precise and reliable DNA typing.
- Completes the PCR process in under 60 minutes, enhancing workflow efficiency.
- Specifically designed for database and paternity testing applications.
- Includes multiple STR loci for thorough DNA profiling.
Applications:Ideal for database and paternity testing scenarios, ensuring accurate results and suitable for advanced genetic research and analysis in various scientific fields.
IDEXplex®_Y29 System
The IDEXplex_Y29 System is a cutting-edge, 6-color Y-STR multiplex kit designed for precise genotyping of
male-specific DNA in forensic casework, database samples, and paternity tests. Engineered for high sensitivity even in the presence of female DNA and a high tolerance for inhibitors, this system delivers reliable results rapidly and efficiently.
Features
- Utilizes a 6-color system for detailed and accurate genotyping.
- Designed to provide reliable results even in the presence of female DNA.
- High tolerance for inhibitors ensures consistent performance across various sample types.
- Delivers fast and efficient results, suitable for time-sensitive applications.
- Ideal for forensic casework, database samples, and paternity testing.
- Specifically targets male-specific DNA for accurate identification.
Applications: Perfect for use in forensic investigations and casework, suitable for analyzing samples in genetic databases, effective for determining paternal relationships and Useful for advanced genetic studies and research.