Zyagen gDNA
Monkey Rhesus Tissue gDNA Panel
- SKU:
- gDNA-UG-010V
- UPC:
- MPN:
- Availability:
- Usually Shipped in 5 Working Days
Description
Monkey Rhesus Tissue gDNA Panel | UG-010 | Zyagen
Zyagen offers a pure and intact high molecular size control gDNA of 32 different plant species. gDNA is extracted from plant leaves and subjected for treatment to remove contaminant RNA, protein and polysaccharide, gDNA is measured by Nanodrop (a spectrophotometer technology, not by fluorometer/Qubit) and provided in 1.5-ml tubes at a concentration of 0.5mg/ml or 1mg/ml in TE buffer.
Applications: PCR Amplification | Southern blot analysi | gDNA methylation | Single-nucleotide polymorphism (SNP) Analysis | Profiling studies in gene expression | DNA library construction
Quality Control: The integrity and purity of gDNA was tested by agarose gel electrophoresis and spectrophotometer | Ratio of A260/280 is >1.8 | Free of RNA, protein, and polysaccharides contamination | Successful PCR amplification of house-keeping genes | Successful digestion of DNA by EcoR1 and/or Hind III enzyme.
Packing/Shipping/Storage:
Related Products

Monkey Cynomolgus Tissue gDNA Panel
Zyagen gDNA

Monkey Rhesus Intestine gDNA
Zyagen gDNA

Monkey Rhesus Kidney gDNA
Zyagen gDNA

Monkey Rhesus Liver gDNA
Zyagen gDNA

Monkey Rhesus Uterus gDNA
Zyagen gDNA
Customers Also Viewed

Control for Wilms' Tumor 1 (WT1), 4 cases (1.5mm) | WT1081
Pantomics

Universal IHC/ISH control tissues, 12 cases (1.5mm) | UNC242
Pantomics

Universal IHC/ISH control tissues, 12 cases (1.5mm) | UNC241
Pantomics

Common diseases of the urinary and reproductive system, 38 cases (2mm) | UGD381
Pantomics

gDNA Human Tumor Tissue Lung Tumor from a single donor
Biochain gDNA

gDNA Human Tumor Tissue Liver Tumor from a single donor
Biochain gDNA

gDNA Human Tumor Tissue Kidney Tumor from a single donor
Biochain gDNA

gDNA Human Tumor Tissue Esophagus Tumor from a single donor
Biochain gDNA

gDNA Human Tumor Tissue Colon Tumor from a single donor
Biochain gDNA

gDNA Human Tumor Tissue Breast Tumor from a single donor
Biochain gDNA