Description
No. of Wells: 10-well
Unit Size: Each
The Novex Tricine Welcome Pack contains:• Mini Gel Tank (Cat. No. A25977)• Novex Tricine Mini Gels (2 boxes, 20 gels)• Novex Tricine SDS Running Buffer, 10X (Cat. No. LC1675)• Novex Tricine SDS Sample Buffer, 2X (Cat. No. LC1676)• NuPAGE Sample Reducing Agent, 10X (Cat. No. NP0009)• Spectra Multicolor Low Range Protein Ladder (Cat. No. 26628)• 2 x Mini Blot Modules (Cat. No. B1000)About the Mini Gel TankThe Mini Gel Tank is compatible with Novex gels, NuPAGE gels, and Bolt Bis-Tris Plus gels. Each Mini Gel Tank can accommodate up to two gels per run. The unique tank design enables convenient side-by-side gel loading and enhanced viewing during use. Run times may vary depending on buffer conditions and power supplies being used.About Novex Tricine gelsNovex Tricine gels provide separation of low molecular weight proteins and peptides. The Tricine system is a modification of the tris-glycine discontinuous buffer system developed by Schaegger and von Jagow specifically for peptides and low molecular weight proteins. In this system the tricine replaces the glycine in the running buffer, resulting in more efficient stacking and de-stacking of low molecular weight proteins and higher resolution of smaller peptides.TransferFor transfer of proteins to a membrane, we recommend using Novex Tris-Glycine Transfer Buffer (Cat. No. LC3675) for traditional wet transfer using the Mini Blot Module (Cat. No. B1000).About the Mini Blot ModuleThe Mini Blot Module is a wet transfer device used exclusively with the Mini Gel Tank. The tank accommodates one blot module per chamber, or two blot modules total with the side-by-side layout. The Mini Blot Module is compatible all Invitrogen mini gels (blot size: 8.5 x 8 cm). The blot module accommodates one mini gel per wet transfer. The universal connection and molded gasket make the module easy to use, while the inner core of the module allows for use of less methanol-based transfer buffer per wet transfer (250 mL per gel). At the recommended conditions and constant voltage, proteins can be transferred to nitrocellulose or PVDF membranes typically in 30 to 60 minutes.
