Colorcode Prestained Protein Marker (10-180 kDa) Reference: BMM3001_250μl×20 Abbkine Prestained Protein Marker (10-180kDa)
iSWAB Animal DNA Collection Kit, 400ul Reference: ISWAB‐ANML‐250 Collect DNA samples from animals with high yield with <1% bacterial contamination. Reduce downstream failure rates for your animal genetics testing by using the iSWAB-Animal collection kit.
Colorcode Prestained Protein Marker (15-130 kDa) Reference: BMM3002_100μl Abbkine Prestained Protein Marker (15-130kDa)
iSWAB Discovery Human DNA Collection Kit, 400ul Reference: ISWAB‐DSC iSWAB-Discovery is a DNA collection kit for humans or animals that can capture samples producing robust yields of double stranded, long fragmented DNA from buccal cells using traditional swabs. iSWAB-DSC is essentially identical to iSWAB-DNA but requires only a single swab and is more cost effective and yields less DNA. Ideal for: Paternity Testing – Genealogy and Ancestry – Population Studies – Animal Speciation and Genomics
Colorcode Prestained Protein Marker (15-130 kDa) Reference: BMM3002_250μl×2 Abbkine Prestained Protein Marker (15-130kDa)
iSWAB ID Human DNA Collection Kit, 400ul Reference: ISWAB‐ID‐250 Non-invasive sample collection tube for collection and stabilization of protein and DNA in the same oral sample. iSWAB-ID is an efficient sample collection system which enables long term room temperature stabilization of the collected sample at the point of collection, while ensuring proper chain of custody. This system allows for maximizing sample recovery and obtaining human DNA compatible with ID profiling assays. DNA extraction can be performed using any commercially available whole blood extraction chemistry.
Colorcode Prestained Protein Marker (15-130 kDa) Reference: BMM3002_250μl×20 Abbkine Prestained Protein Marker (15-130kDa)
iSWAB‐Blood Collection Kit, 600ul Reference: ISWAB‐BL‐250 iSWAB-Blood is an efficient system for the concentration and long term room temperature stabilization of gDNA and analytes from blood drops. Investigation of metabolic genetic disorders has traditionally been performed by collecting several blood drops through a minimally invasive procedure called a heel prick. This technique involves spotting 5-6 blood drops on filter paper.