Patient exam and monitoring products

Minimal bending of skirts Compatible with automated systems 150 &microL max. wall volume (when used with cap strips) Skirt can be labeled or bar-coded Fits most thermal cyclers and the MegaBACE capillary sequencer Stackable Low-profile design

Minimal bending of skirts Compatible with automated systems 150 &microL max. wall volume (when used with cap strips) Skirt can be labeled or bar-coded Fits most thermal cyclers and the MegaBACE capillary sequencer Stackable Low-profile design

Minimal bending of skirts Compatible with automated systems 150 &microL max. wall volume (when used with cap strips) Skirt can be labeled or bar-coded Fits most thermal cyclers and the MegaBACE capillary sequencer Stackable Low-profile design

Minimal bending of skirts Compatible with automated systems 150 &microL max. wall volume (when used with cap strips) Skirt can be labeled or bar-coded Fits most thermal cyclers and the MegaBACE capillary sequencer Stackable Low-profile design

Minimal bending of skirts Compatible with automated systems 150 &microL max. wall volume (when used with cap strips) Skirt can be labeled or bar-coded Fits most thermal cyclers and the MegaBACE capillary sequencer Stackable Low-profile design

Minimal bending of skirts Compatible with automated systems 150 &microL max. wall volume (when used with cap strips) Skirt can be labeled or bar-coded Fits most thermal cyclers and the MegaBACE capillary sequencer Stackable Low-profile design

Made of both polycarbonate and polypropylene to highlight the best of both materials The polycarbonate frame is extremely robust for ultimate rigidity and torque-resistance. The polypropylene wells are extremely thin to allow optimal heat transfer

Eppendorf twin.tec real-time PCR Plates offer all the advantages of regular twin.

Floor Grade, Single Use Instrument

U-HOLD Paper Bib Holders Blue, 250/bx, 30 bx/cs - CS/7500

K-&#9451 tubulin/ tubulin &#945 1b (TUBA1B) is a microtubule protein. It is a ~50 kDa protein in its poly glycosylated, post-translational form.

U2OS LMNB1-TUBA1B-ACTB are bone osteosarcoma cells from a human 15 year old caucasion female having three distinct ZFN modifications creating a BFP-tagged LMNB1 transgene, a GFP-tagged TUBA1B transgene and a RFP-tagged ACTB transgene expressed from