Complete Workflow Solution for DNA Forensic Test

Forensic Sample Collection kit

Silica based technology for DNA extraction from challenging and reference samples.

DNA Quantitation Kit to check the quantity of extfacted DNA and also get degradation index. The kit also gives information on male/female ratio.

• NEOTYPER X STRKit is a 6-dye STR amplification system that simultaneously amplifies 32 STR loci of the X chromosome and Amelogenin. 
• Includes master mix, primer mix, allelic ladder and control DNA. 
• Pinpoint genetic markers on the X chromosome for precise individual identification.
• Achieve accurate gender determination and enhanced forensic profiling.

• Make in India STR Kit for Autosomal STR marker.
• NEOTYPER AUTOSOMAL STR Kit is a 6-dye STR amplification system that simultaneously amplifies 23 autosomal STR loci, 3 Y chromosome STR loci, Amelogenin and one Yindel.
• Robust kit validated for forensic use having all the 20 CODIS loci.

• NEOTYPER Y STR Kit is a 6-dye STR amplification system that simultaneously amplifies 30 Plus STR loci and Yindel.
• Harness the power of forensic validated Y STR markers for robust male lineage identification.
• Rigorous quality control measures guarantee the reliability and consistency of our STR Kit with ISO 18385 certification

• NEOTYPER mtDNA Kit works with 4-dye detection system.
• Neotyper mtDNA Kit simultaneously amplifies 60 mitochondrial SNP loci .
• The optimized PCR buffer system and specific primer system significantly improves the amplification performance of inhibited samples, and can better detect the very small amount of effective components in trace samples and mixed samples.
• Includes master mix, primer mix, allelic ladder and control DNA. 

• Amplify both Y and Autosomal STR kit.
• Six Dye chemistry
• ISO 18385 compliant

Kinship analysis is often used in paternity testing to determine the biological father of a child. Comparing the child's DNA profile to that of the alleged father allows for the assessment of biological relatedness.

DNA databasing involves the systematic collection, storage, and analysis of DNA profiles for the purpose of establishing and maintaining a database. These databases can be used for various applications, including criminal investigations, forensic identification, paternity testing, and genealogical research. The information in DNA databases is derived from the analysis of specific genetic markers, typically short tandem repeats (STRs) or single nucleotide polymorphisms (SNPs).