Tag Archives: micro-DNA

Micro-DNA Detection from Latent Fingerprints

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Micro-DNA detection from latent fingerprints is a breakthrough forensic technique for identifying DNA from minimal traces left at crime scenes. Using specialized swabs and enhanced collection methods, this technique recovers DNA even from the smallest, most degraded fingerprint samples. Ideal for trace evidence, it allows forensic investigators to link suspects to crime scenes with high accuracy. This method is especially useful in cases where traditional DNA evidence is sparse or degraded, making it an invaluable tool for cold-case investigations, crime scene analysis, and criminal justice.

Key Features:

  • Detects micro-DNA from latent fingerprints

  • High sensitivity for minimal or degraded DNA samples

  • Ideal for trace evidence and cold-case investigations

  • Enhances forensic analysis with reliable DNA recovery

Application Scope:

  • Forensic fingerprint analysis and evidence recovery

  • Crime scene investigations and cold-case analysis

  • DNA profiling and criminal justice applications

  • Laboratory research and trace DNA studies

Micro-DNA Sample Enrichment Techniques

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Micro-DNA sample enrichment techniques are designed to enhance the recovery of trace or degraded DNA from minimal biological evidence. Using advanced swabs, filtration methods, and specialized reagents, these techniques concentrate DNA from small or degraded samples like blood, saliva, hair, and touch evidence. Ideal for forensic investigations, cold-case analysis, and genetic research, they ensure high-purity DNA suitable for PCR, sequencing, and genotyping. These methods optimize DNA yield, even from challenging samples, enabling accurate forensic profiling and reproducible results.

Key Features:

  • Enriches DNA from minimal or degraded samples

  • Maintains high-purity DNA for PCR and sequencing

  • Advanced swabs and reagents for effective recovery

  • Ideal for trace, minimal, or degraded DNA samples

Application Scope:

  • Forensic investigations and crime scene analysis

  • Cold-case investigations and laboratory research

  • Genetic studies and DNA profiling

  • Clinical applications for trace DNA recovery

Forensic Sampling of Micro-DNA Evidence

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Forensic sampling of micro-DNA evidence enables recovery of trace genetic material from blood, saliva, hair, and touch samples. Using high-efficiency swabs, protective tubes, and contamination-free packaging, these tools preserve high-purity DNA suitable for PCR, sequencing, and genotyping. Optimized for minimal, degraded, or trace samples, they ensure reliable, reproducible recovery. Ideal for crime scene investigations, cold-case analysis, and laboratory research, these methods provide accurate DNA profiling while maintaining sample integrity under challenging conditions.

Key Features:

  • Designed for micro-DNA and trace sample collection

  • Preserves high-purity DNA for PCR and sequencing

  • Contamination-free, individually packaged tools

  • Effective for minimal or degraded samples

Application Scope:

  • Forensic crime scene and trace DNA collection

  • Cold-case investigations and laboratory research

  • Touch DNA and minimal sample recovery

  • Clinical and genetic studies

Optimizing DNA Yield with Micro-Enrichment Tubes

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Micro-enrichment DNA tubes are designed to maximize DNA recovery from ultra-low biological samples such as blood, saliva, hair, and touch DNA. They concentrate nucleic acids efficiently, providing high-purity DNA suitable for PCR, sequencing, and genotyping. The workflow is rapid, contamination-free, and optimized for trace and degraded samples, ensuring reproducible results. Ideal for forensic laboratories, cold-case investigations, and research requiring sensitive DNA profiling from minimal or challenging samples.

Key Features:

  • Maximizes DNA yield from trace and degraded samples

  • High-purity DNA compatible with PCR and sequencing

  • Fast, simple, contamination-free workflow

  • Optimized for micro and low-copy samples

Application Scope:

  • Forensic trace DNA analysis

  • Cold-case and criminal investigations

  • Touch DNA and minimal sample profiling

  • Forensic genetics and laboratory research

High-Efficiency Micro DNA Enrichment Tubes

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High-Efficiency Micro DNA Enrichment Tubes are designed to maximize recovery of ultra-low DNA quantities from trace samples such as blood, saliva, hair, and touch DNA. These tubes concentrate DNA effectively, delivering high-purity material suitable for PCR, sequencing, and genotyping, even from degraded or minimal samples. The workflow is simple, fast, and contamination-free, ensuring reproducible results. Ideal for forensic laboratories, cold-case investigations, and research requiring sensitive analysis from microscopic biological evidence.

Key Features:

  • Maximizes recovery of ultra-trace DNA

  • High-purity DNA for PCR and sequencing

  • Rapid, contamination-free enrichment

  • Effective for degraded or minimal samples

Application Scope:

  • Forensic trace DNA analysis

  • Cold-case and criminal investigations

  • Touch DNA and microscopic sample testing

  • Forensic genetics and laboratory research

Forensic DNA Micro-Detection Solutions

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This forensic DNA micro-detection kit enables the extraction and analysis of ultra-trace DNA from samples such as blood, saliva, hair, and touch DNA. Optimized for high-sensitivity detection, it delivers pure DNA suitable for PCR, sequencing, and genotyping, even from degraded or minimal samples. The protocol is fast, reliable, and contamination-free, making it ideal for crime labs, cold-case investigations, and forensic research requiring accurate profiling from microscopic evidence.

Key Features:

  • Ultra-sensitive detection of trace DNA

  • High-purity DNA for PCR and sequencing

  • Rapid, contamination-free workflow

  • Effective on degraded or minimal samples

Application Scope:

  • Forensic investigations and crime scene analysis

  • Cold-case and low-copy DNA profiling

  • Touch DNA and microscopic sample testing

  • Forensic genetics and laboratory research