DescriptionAVIVA's single-use disposable cartridge - Sealchip, has become the industry standard for high content ion channel drug screening. The 16-well version is designed exclusively for Molecular Devices’ highly versatile PatchXpress 7000A high throughput instrument which automates voltage-clamp electrophysiology measurements on 16 individual cells at a time in an asynchronous parallel fashion. We make the robust Sealchip technology available to drug discovery customers for high-fidelity ion channel measurements. The stability of high resistance seal, combined with the low absorption properties, make the Sealchip a preferred choice for electrophysiology based drug screening.
How To OrderTo order Aviva Biosciences SealChips, a purchase order can be submitted by fax to (858)552-9040 or by email to moc.o1511264298ibavi1511264298va@sr1511264298edro1511264298. To order by phone, call (858)284-8224. For all ordering methods, please include product ID, shipping + billing addresses, purchase order number, your telephone number, and email address.
SealChip Models for PatchXpress
|590020||16G||Sealchip 16G chips, enhanced for CHO cells|
|590010||Sv1, aka 16K||Sealchip 16K chip, the standard used on PatchXpress|
|590006||BLK||Sealchip Blank, used only for PatchXpress calibration|
Sealchip SupportFor technical support or questions regarding the use of the Sealchips, call (858)284-8224, or email at moc.o1511264298ibavi1511264298va@of1511264298ni1511264298
Sealchip BackgroundThe first planar voltage clamp electrode capable of recording cellular electrophysiology with the accuracy and precision that can only be achieved with gigaohm seals.
PatchSettings TutorialOptimize the PatchXpress Commander settings and cell health to achieve the best possible results on the Sealchip PatchXpress platform.
Cell Isolation TutorialCell isolation tips that may increase not only cell yield, but also cell quality and viability for use with the Sealchip.
Voltage Clamp TutorialThe basics of electrophysiology—from electrochemistry to ion currents in a cardiac action potential. A primer for the uninitiated, and a review for the experienced.
For research use only
- 40X faster than manual patch clamping with equivalent results
- Cost effective solution to high quality patch clamp recordings with ease of operation
- Achieve very quick gigaohm seals with high success rates