Life Sciences Products & Reviews

Monolith Reversed-Phase Columns for High-Resolution Protein Separations at High Flow Rates ProSwift® reversed-phase monolith columns uniquely provide the advantages of high resolution at exceptionally high flow rates for protein separations. They deliver the outstanding resolving power of nonporous analytical media combined with faster separations than any bead based columns available. ProSwift polymer monolith columns achieve…

Monolith Ion-Exchange Columns for Superior High-Resolution Analytical and Preparative Protein Separations The ProSwift SCX monolith column line has been expanded to include a new 1 x 50 mm column. As with all ProSwift monoliths, the fast mass transfer allows for fast protein separations. ProSwift monoliths offer excellent separations using fast gradients at low and high flow rates, which improve productivity.ProSwift Monolith…

Finneran’s patented 96-Well Multi-Tier Micro Plate offers an improvement on existing 96-well systems. The unique design provides maximum diversity for many different applications. The Finneran plate can have a fixed height or it can be multi-tiered for adjustable height to support different sized vials and sampling volumes. The plate can be built using spacers, to hold vial capacities of 0.5mL, 1.0mL, 1.5mL, and 2.0mL dependin…

J.G. Finneran's EZ-Pierce 96-Well Template Sealing FilmJ.G. Finneran offers sealing films designed for microplates where well to well contamination and cross over is of critical concern.  Our easy piercing film allows for direct sample recovery with a mulit-channel pipettor or robotic probes.  No longer is there a need to peel back the film in order to access the wells and risk aerosols and possible contamination and cross-ove…

J.G. Finneran's Sealing Mats for 96-Well MicroplatesJ.G. Finneran's molded Teflon/Silicone and Silicone only Sealing Mats are designed to fit standard 96-well microplates with cylindrical or tapered wells, and square wells.  The tight seal prevents sample cross contamination and the liner reseals after multiple injections thus reducing the chance of solvent evaporation.  The liners are made from Teflon lined medical grade sili…

The Mosaic ELISA Human Growth Factor Panel 1 is an excellent tool for the detection of 6 different growth factors in the same sample. Mosaic ELISA kits employ multiplex microarray technology to provide an accurate, efficient, and economical alternative to conducting multiple traditional ELISA experiments. Growth factor is a term used to describe a broad range of structurally diverse molecular families and individual proteins b…

The Mosaic ELISA Human Cytokine Panel 1 is an excellent tool for the detection of 8 different cytokines in the same sample. Mosaic ELISA kits employ multiplex microarray technology to provide an accurate, efficient, and economical alternative to conducting multiple traditional ELISA experiments. Cytokines are pleiotropic extracellular signaling molecules that influence myriad physiological and pathological processes. Released…

J.G. Finneran's new 96-well aluminum base microplate combines the advantage of the vented design of the original Multi-Tier Microplate which assures uniform heating and cooling when immersed in a water bath with the ability to efficiently freeze dry samples when required, due to the aluminum material.  The aluminum microplate promotes more efficient heat transfer which is important to the freeze drying process. The aluminum m…

The EPL picosecond pulsed diode lasers are a new excitation source for fluorescence lifetime measurements that bridge the gap between the nanosecond flashlamp and expensive mode locked Titanium Sapphire femtosecond lasers. The EPL lasers are pre-adjusted for an optimum pulse width, with particular attention paid to reducing a secondary shoulder. The output has a guaranteed pulse width of less than 100 picoseconds. The EPL lase…

The EPLED picosecond pulsed LEDs are a new excitation source for fluorescence lifetime measurements. In Time Correlated Single Photon Counting (TCSPC), they bridge the gap between the nanosecond flashlamp and expensive mode locked Titanium Sapphire femtosecond lasers in the UV region. The EPLEDs are pre-adjusted in respect to pulse width and peak power, with particular attention paid to reducing both secondary shoulder and a l…