Brief: Discover the Fast Genomic DNA Purification Lab Reagent Animal Tissue DNA Isolation Kit, designed for safe and efficient DNA extraction from various animal tissues. This kit ensures no RNase contamination and delivers high-quality genomic DNA in just 30-50 minutes. Perfect for molecular biology experiments like PCR and Southern hybridization.
Related Product Features:
No RNase contamination: DNA-Only Column removes RNA without exogenous RNase, ensuring a clean lab environment.
Fast processing: High-activity Foregene Protease digests tissue samples quickly, completing DNA purification in 50 minutes.
Simple operation: Centrifugation at room temperature eliminates the need for ethanol precipitation or 4℃ steps.
Safe reagents: No organic solvents used, ensuring a safer lab experience.
High-quality DNA: Produces large DNA fragments with low ion content, ideal for enzyme digestion and PCR.
Versatile applications: Suitable for various molecular biology experiments, including library construction and Southern hybridization.
Reliable quality control: Each batch undergoes strict testing to ensure consistency and performance.
Convenient storage: Kit components remain stable at room temperature, with extended shelf life at 2-8℃.
FAQ:
Combien de temps faut-il pour extraire l'ADN en utilisant ce kit ?
Le kit d'isolement de l'ADN des tissus animaux peut extraire de l'ADN génomique de haute qualité de divers tissus en seulement 30 à 50 minutes.
Does this kit require RNase for RNA removal?
No, the DNA-Only Column specifically binds DNA and removes RNA without the need for exogenous RNase, preventing lab contamination.
What types of samples can be processed with this kit?
This kit is designed for various animal tissues and cultured cells, including liver, heart, spleen, and brain, with yields ranging from 2-30μg depending on the sample.
How should the kit components be stored?
The kit can be stored at room temperature (15-25℃) for 12 months or at 2-8℃ for longer shelf life. Foregene Protease is best stored at 4℃ for optimal activity.