GenePlate® HT , a high-throughput, 384-well-format, automation-friendly mRNA isolation plate, facilitates fast, sensitive, reproducible isolation of mRNA from cell culture and tissue sources.
TekBench-SP is a fully automated liquid handling platform for the processing of tube- and plate-based samples in an inert environment, providing protection from factors known to compromise sample integrity and stability (oxygen, moisture, light, dust).
The CRS Mini DM Workstation is a scalable and reliable automation platform for automating ELISA and other biochemical assays. Modular design allows the system to expand easily by adding or swapping instruments and storage as assay and throughput requirements change.
MultiScreen HTS filter plates were developed specifically for use with automated workstations. One-piece plate design facilitates use with robotic gripper arms and stackers. Rigid sidewalls provide ample surface to accommodate bar code labels. Removable underdrain allows easy membrane access.
Rotanta 46 RSC refrigerated, robotic centrifuge features pc control and rotor positioning. Controlled by remote optical data transmission, it automatically performs routine laboratory tasks. If needed, all functions can be controlled manually via control panel.
Eppendorf ep Motion 5070 liquid handling workstation enables rapid and reproducible liquid handling through automated pipetting, dispensing and dispensing variants. Sequences and protocols that had been carried out manually can be transferred to the system.
Bio-Tek Instruments has expanded its line of μFill bulk reagent dispensers to with a unit that dispenses into 24-well plates with an easily adapted manifold designed specifically for cell-based applications.
AcroPrep 384 multi-well filter plate uses patented technology to eliminate lateral cross contamination by individually sealing each well. Laboratories can reliably process 384 samples in minutes, increase output and identify promising drug targets to treat diseases.
by Elizabeth Tolchin Acknowledging the importance of model organisms in pharmaceutical research, Novartis appointed Susan Gasser, PhD, to director of the Friedrich Miescher Institute (FMI) in Basel, Switzerland.
The number of PCR-based methods for plant molecular research has increased dramatically. Application of these methods alone, or in combination with other tools, range from marker assisted selection, molecular mapping, varietal identification and phylogeny research to genomics and chip technology.
by Elizabeth Tolchin Optical mapping of DNA derived from brain tumors (oligodendrogliomas) could help pinpoint the genetic variation that determines the effectiveness of drug therapies in patients, according to researchers.
by Elizabeth Tolchin Are pseudogenes important for understanding the human genome? Yes, says a group from Yale who catalogued 8,000 processed pseudogenes in the human genome.
by Tariq Malik, a freelance writer based in Queens, N.Y. An alliance between Pfizer Inc., New York, and the discovery chemistry provider ChemBridge Research Laboratories LLC (CRL), San Diego, has grown beyond its initial goal to produce advanced screening libraries for the global pharmaceutical giant.
by Don Monroe, PhD The US Food and Drug Administration reported in January what it called a rebound in approval of innovative drugs in 2003.