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For years, tangential flow filtration (TFF) cartridges from HansaBioMed have been used for various scenarios to process EVs from any source. Now it is time to take a step forward with push-button automation. TFF-Flexi system is adaptable to all our filters, ensuring smooth scalability from 10mL up to 60L. By the help of our optimized protocols in the embedded software, you can minimize hands-on time and maximize the reproducibility of your results.
Now available at favorable prices in the scope of an early access program. Contact us for further information!
Technical articles, methods and case studies. 22 articles.
Stably fluorescent and non-bleaching FLuoEVs act as valuable positive control materials during cell uptake assays.
The versatility of our spin centrifugal columns apply to labeling workflows: You can utilize them to minimize background fluorescent signal by removing unbound dyes.
TFF cartridges can be used in combination to isolate EVs from urine with high yield and purity, while minimizing abundant proteins like THP.
TFF cartridges can be used multiple times without significant deterioration in their yield and purity performance metrics.
TetraEVs are valuable standards for validating and calibrating high-sensitivity single EV quantification assays.
Platelet EVs are an attractive alternative to study plasma EVs with much higher purity from lipoproteins.
TFF cartridges in combination with SEC columns offer a suitable solution for high efficiency EV isolation from primary cancer media.
As blood EV components free of lipoproteins, platelet EVs offer superiority over their plasma counterparts.
Lyophilized platelet and MSC-EVs are useful for benchmarking for functional assays including wound healing and angiogenesis.
Our TFF cartridges are useful not only for eukaryotic cells, but also for prokaryotic cells for high-yield EV isolation.
Reverse ultrafiltration by EV-Spinner ensures superior purity and yield over V-shaped filters during reuse.
Double-labeled FLuoEVs offer valuable reference materials for multi-channel fluorescent measurements.
TFF-EVs can efficiently deplete FBS of nanoparticles.
TFF offers various advantages over conventional ultracentrifugation method for EV isolation.
FLuoEVs act as useful positive controls for super-resolution microscopy workflows.
ExoTest can be utilized as a tool for EV corona studies.
FLuoEVs are ideal reference materials for fluorescence-based approaches for EV quantification.
TFF is an ideal method for scalable, high-throughput and high-purity isolation of EVs from various plant sources.
Spin columns are versatile solutions for EV purification from minimal sample volumes or removal of unbound dyes and antibodies.
Our method of isolation of platelet EVs ensure scalable manufacturing, reproducibility, and a consistent lipoprotein reduction.
TetraEVs and fluorescent beads by HBM prove useful for optimizing workflows for fluorescent EV labeling.
Lyophilized EV reference materials by HBM are useful benchmarks for drug delivery research.
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