5 mL transparent centrifuge tube with conical bottom, made from autoclavable polypropylene. Ideal for sample prep, pelleting, and storage in molecular and clinical workflow. There are 100pcs/ bag.
Shop
-
DNALogin to request a quote
IsoBind HPV DNA Kit (IVD) 200-Prep
Recover PCR-ready DNA from cervical swabs and pap smear samples with a manual silica spin-column workflow designed for dilute epithelial specimens. A glycogen carrier supports DNA capture from low-cellularity samples, while clarification and three wash steps reduce mucus, protein and haemoglobin carryover. The purified DNA is ready for HPV genotyping and screening assays, and the kit is supplied for in vitro diagnostic use.
-
Cultured Cells and Tissue DNALogin to request a quote
IsoBind FFPE DNA Kit (IVD) 100-Prep
Recover amplifiable DNA from 5-10 µm FFPE tissue sections with a manual silica spin-column workflow that avoids xylene. Deparaffinisation and heat-based de-crosslinking address paraffin and formalin crosslinks before the DNA is captured and washed. The approximately 60-minute workflow prepares DNA for oncology mutation profiling, somatic variant analysis and targeted sequencing.
-
Cultured Cells and Tissue DNALogin to request a quote
IsoBind Blood RNA Kit (IVD) 100-Prep
Prepare total RNA from 2.5 mL EDTA whole blood with a manual silica spin-column workflow designed to reduce red-cell interference before binding. Gene Vantage Red Blood Cell Lysis Buffer, Proteinase K treatment and two wash stages reduce haemoglobin and haeme carryover, followed by two consecutive 50 µL elutions. The approximately 45-minute workflow supports gene expression, biomarker and RT-PCR applications and is supplied for in vitro diagnostic use.
-
AgriculturalLogin to request a quote
IsoBind Marine Tissue RNA Kit 100-Prep
Recover total RNA from fish, shellfish and other marine tissues with a manual silica spin-column workflow formulated for lipid-rich and salt-rich samples. The lysis chemistry and increased reducing conditions help limit lipid oxidation and reduce salt and secondary-metabolite interference. The approximately 45-minute workflow prepares RNA for RT-qPCR, RNA-seq and aquatic transcriptomics.
-
Extraction kitsLogin to request a quote
Disposable transfer pipette 3ml, 160mm
Disposable 3 mL transfer pipette (160 mm length) made of LDPE for precise, contamination-free liquid handling. Ideal for deep container access in molecular and diagnostic workflows. Single-use, non-toxic. There are 500 Disposable 3 mL transfer pipette per box.
- Login to request a quote
-
Extraction kitsLogin to request a quote
2ml centrifuge tube, conical bottom, clip lid
2 mL centrifuge tube with pointed bottom and snap-fit buckled cap. Ideal for high-speed spin-downs, sample pelleting, and secure storage in molecular workflows. Autoclavable and chemical-resistant.
-
Extraction kitsLogin to request a quote
KF96 pin cover tip combs
KF96 Pin Cover Tip Combs for KingFisher™ Flex 96 magnetic head. Ensure clean, reliable magnetic bead processing across 96 wells. Single-use, RNase/DNase-free, ideal for automated DNA/RNA extraction.
-
Extraction kitsLogin to request a quote
2 ml round bottom, clip lid
2 mL sterile conical-bottom microcentrifuge tube made from polypropylene. Ideal for sample pelleting, storage, and molecular workflows. RNase/DNase-free and autoclavable. There are 500pcs/bag.
-
Extraction kitsLogin to request a quote
2 ml Collection tubes
2 mL collection tube made from medical-grade polypropylene. Ideal for sample collection, centrifugation, and storage. Available with snap or screw caps; sterile and non-sterile options. RNase/DNase-free. There are 50 pcs/PK of collection tubes.
-
Extraction kitsLogin to request a quote
Blue o’ring spin columns
Plasma spin column with silica membrane for high-yield isolation of cfDNA, RNA, or proteins from plasma or serum. Compatible with manual and automated workflows. RNase/DNase-free and PCR-ready. There are 50 pcs/ PK.
-
AgriculturalLogin to request a quote
IsoBind Tomato Leaf RNA Kit 100-Prep
Prepare tomato leaf RNA for pathogen detection and expression studies with a manual silica spin-column workflow optimised for phenolic, water-rich solanaceous tissue. Reducing conditions limit polyphenol oxidation before silica binding, helping protect downstream reverse transcription and amplification. The approximately 45-minute workflow supports RT-qPCR disease surveillance, RNA-seq and seed-health research.
