IZON
Features
- 1
Isolate Highly Purified Extracellular Vesicles
qEV columns are widely used in the extracellular vesicle (EV) field, for reasons that extend beyond their ease of use and gentle, efficient approach. qEV columns use principles of size exclusion chromatography (SEC) to separate contaminating soluble protein from exosomes and other EVs. Izon’s Gen 2 qEV columns remove approximately 99% of soluble protein – delivering even more highly purified samples than was possible with the existing range (Legacy qEV columns). As the co-isolation of non-EV components impacts downstream applications and analysis, the question of purity in EV isolation is an important one. Following qEV isolation, EVs can then be studied using a range of techniques including tunable resistive pulse sensing, electron microscopy, proteomics and RNA analysis.
- 2
Introducing qEV Gen 2
The new range of qEV columns are made with an agarose resin, which delivers a more purified extracellular vesicle (EV)-containing eluate. The release of Gen 2 qEV columns are in line with the need to support the rapidly growing areas of EV research and applications, where sample purity has a huge impact on results downstream.
- Reliable and reproducible
- Ideal for small and large scale use
- Cost effective
- Eliminates human error
- qEV컬럼 유형 RFID자동감지
- 회수량 무게측정
- 파라미터 개인화 :
-Buffer volume
-PCV/s
-버퍼를 모을지 버릴지 결정 등 - 커루셀
-1.5mL / 2mL 튜브 13개
-5mL 튜브 7개
Specifications
Choose a qEV Isolation Column Optimised for Your Research
To meet your research needs, we have a range of qEV Isolation Columns suited to different particle size isolation ranges and sample volumes. When selecting a qEV column, consider the ideal purified collection volume (PCV) you require for downstream analysis, the sample loading volume, and how much contaminating lipoprotein overlap is acceptable. To select the most appropriate column for your research follow these two steps:
Choose Your Isolation Range
All column sizes are available in two isolation ranges. The popular 70 nm qEV columns have an optimum particle recovery range of 70 nm to 1000 nm, while the 35 nm columns have an optimum recovery range of 35 nm to 350 nm. The 70 nm Series columns have less protein overlap with EVs, whereas the 35 nm Series columns provide a higher recovery of EVs that are smaller than 110 nm.
qEV / 35 nm
35 - 350 nm
Optimum Recovery Range
<110 nm
Higher recovery of EVs smaller than 110 nm
More Lipoprotein Overlap
When working with blood plasma
qEV / 70 nm
70 - 1000 nm
Optimum Recovery Range
>110 nm
Higher recovery of EVs larger than 110 nm
Less Lipoprotein Overlap
When working with blood plasma
qEV30nm
| qEV30nm |  |
 |
 |
 |
 |
 |
|---|---|---|---|---|---|---|
| Gen2 모델 | qEVsingle | qEVoriginal | qEV1 | qEV2 | qEV10 | qEV100 |
| 시료량 (mL) | 0.15 | 0.5 | 1 | 2 | 10 | 100 |
| 재사용 | 일회용 | 5회 재사용 | ||||
| 분리편의 | AFC V2사용 및 수동 분리 | 수동분리 | ||||
| 추천시료 | 세포배양액, 혈장, 혈액, 소변, 체액, 뇌척수액, 체액, 눈물, 침 등 | |||||
| 비고 | 엑소좀 RNA 추출에 추천 | 대용량 분리를 위한 Luer Lock 피팅 | ||||
qEV70nm
| qEV70nm |  |
 |
 |
 |
 |
 |
|---|---|---|---|---|---|---|
| Gen2 모델 | qEVsingle | qEVoriginal | qEV1 | qEV2 | qEV10 | qEV100 |
| 시료량 (mL) | 0.15 | 0.5 | 1 | 2 | 10 | 100 |
| 재사용 | 일회용 | 5회 재사용 | ||||
| 분리편의 | AFC V2사용 및 수동 분리 | 수동분리 | ||||
| 추천시료 | 세포배양액, 혈장, 혈액, 소변, 체액, 뇌척수액, 체액, 눈물, 침 등 | |||||
| 비고 | 엑소좀 RNA 추출에 추천 | 대용량 분리를 위한 Luer Lock 피팅 | ||||
