Life Science Videos and Audio Slide Shows

The Olympus cell^TIRF illuminator represents the very latest in TIRF technology and is the only system on the market to offer true simultaneous multi-color imaging. Pioneers of objective based TIRF, Olympus has also released three new TIRF optics with the 60x 1.49NA, the 100x 1.49NA and the 150x 1.45NA.

This presentation will cover acquisition strategies using QTRAP® 5500 System Technology for complete and comprehensive lipid profiling of complex biological extracts. In addition to hardware features enabling different yet complementary acquisition methodologies, including the use of MS3, AB Sciex's LipidView™ Software provides the complete solution for the analysis of lipids in systems biology and biomarker research.

The ArthritoMab™ Antibody cocktail provides researchers with an alternative to evaluate test compounds in a rapid model of arthritis. Results are obtained in less than 12 days using up to 3 times less time and resources.

Your precious samples are the foundation of your research, development and future, protect them with the best.

This presentation will describe the use of Stem Cell-Derived Human Cardiomyocytes (SC-hCMs) in action potential assays. Data will be presented highlighting the distinct pharmacological sensitivity and cost advantages of this approach over conventional non-human alternatives, and will suggest how SC-hCMs can be integrated into a Thorough Preclinical Cardiac Risk Assessment program.

This webinar will describe a LC/mass spectrometry-based system and workflow to directly measure CYP450 induction at the protein level without the use of expensive antibodies. Individual CYP450 isoforms are measured with high sensitivity, specificity, and accuracy employing a commonly used MRM workflow. Protein expression results from the LC MS workflow have very good correlation with enzyme activity assays, mRNA expression assays, and Western Blots.

This presentation introduces Quansys Bioscience’s Q-Plex™ technology and how it's multiplex ELISA platform can be applied to save users sample, time, and money.

Eppendorf announces the latest version of its PC software for controlling the epMotion automated pipetting system. epBlue ID™ incorporates a new barcode management functionality to provide secure sample tracking. This latest version of the epMotion operating system has been developed specifically for users working in regulated areas where sample safety and the requirement to track and document each individual specimen are of paramount importance.

This is the third section of three in a seminar discussing the automation of standardized cytocompatibility testing. It discusses the automation of multiplexed cell viability assays.

This is the second section of three in a seminar discussing the automation of standardized cytocompatibility testing. It discusses a study that was performed comparing the pipetting performance and precision of manual multiplexed cell based assays to automated multiplexed cell based assays and the results that we're obtained.

This is the first section of three in a seminar discussing the automation of standardized cytocompatibility testing. It discusses what to consider when implementing automation into the cell culture laboratory.

DNA library construction is the key experimental step in the next-generation sequencing (NGS) workflow. Dr. Michael Quail explains how to achieve unbiased library construction by integrating the Agilent 2100 Bioanalyzer with the High Sensitivity DNA kit in the NGS workflow.

Dr. Stacy Gabriel, from The Broad Institute, discusses targeting the human exome in medical re-sequencing.

Dr. Michal-Ruth Schweiger, from the Max Planck Institute for Molecular Genetics in Berlin, discusses elucidating genetic variations in cancer with the SureSelect target enrichment system and next generation sequencing.

Tecan's new PowerScanner™ is an open-format high-resolution scanner, which offers cross-platform microarray compatibility at top-level performance for scanning nucleic - acid, protein and tissue-arrays.

This seminar is part of a continuing series of presentations aimed at showcasing the wealth of data analysis solutions available for the SOLiD™ System platform. During this seminar, you will see an introduction to the InteRNA Genomics miR-Intess™ platform, a computational analysis pipeline for digital gene expression (DGE) profiling of small RNAs with the SOLiD™ System.

Taking the edge off: The softer side of in-house SAD phasing

This presentation reviews how infrared fluorescent methods such as quantitative Westerns, In-Cell Western™ assays, and in vivo imaging are used in cancer research.

The Stemgent Lentivirus Reprogramming product line offers Dox-inducible or constitutive expression of factors in polycistronic or individual formats for reprogramming mouse or human cells. We will review how each product is validated and how to select the right product for your applications. We will also demonstrate iPS colony morphology changes during reprogramming and identify which colonies to pick for expansion.

Since Yamanka et al first described generation of iPS cells in 2006 there have been many modifications to the reprogramming method to improve efficiency and safety for clinical applications. We will review important milestones since the method was first published and walk through the steps of a reprogramming experiment.

1 µL - 2 µL sample. No dilutions. No cuvettes. Less than 5-second measurement.

The NanoDrop™ 2000c Spectrophotometer uses an innovative sample retention system to hold microvolume (1µL -2 µL) samples between two measurement surfaces using the surface tension properties of liquids - no cuvettes needed.

This system allows for path lengths as small a 50 microns so that even very high concentrations of protein can be measured without dilutions

The MultiBead™ bead-based multiplex assay platform has been expanded to now offer 20 common human markers of inflammation. Customize your own uPlex kit or pathology-related pathPlex panel, conveniently run samples on a flow cytometer, and analyze data with our free software. Intracellular Heat Shock/Chaperone Panel also available.

This presentation focuses on cell-based solutions for Ion Channels and GPCRs that allows scientists to move their research forward faster and cost-effectively. Products and services from ChanTest's research portfolio, along with relevant validation data, are presented.

EdgeBio introduces three new products in the PurElute™ DNA Purification line.

Dr. Christopher Corless, MD, PhD, Director of Surgical Pathology, Co-Director of Pathology Translational Research Lab, Oregon Health Sciences University presented at AMP 2009 in Orlando, Florida. The talk highlighted the goals of the cancer institute, and how the MassARRAY® System has advanced their objectives. Dr. Corless described how the institute is working towards making

EZCells™ are low cost, highly validated transiently transfected or division-arrested Ion Channel and GPCR cells for basic research and drug discovery. This presentation highlights how EZCells™ can provide more physiologically useful information compared to non cellular research methods, and help move programs forward faster and cost-effectively.

This presentation gives an overview of Prolias' proprietary Bead Blot™ technology platform. The technology is used to identify ligands for protein purification from complex biological sources.

Proteome Profiler 96 Antibody Arrays are 96-well microplate-based assays designed to detect multiple proteins in the same sample. Microplate wells are spotted with up to 16 different capture antibodies allowing highly efficient analysis of relative protein expression levels. These kits use a smaller sample size than our membrane-based Proteome Profiler Antibody Arrays. Proteome Profiler 96 Antibody Arrays are specially designed to ensure antibody compatibility, high specificity, and high sensitivity

Nicola Oldroyd, a senior forensic scientist at Applied Boisystems, discusses the development of the AmpFlSTR® NGM™ PCR Amplification Kit.

Feeder-independent culture of hESC & hiPSC has significant advantages over conventional feeder-based methods including an increased predictability in culture performance and the elimination of undefined factors from the culture medium. mTeSR®1 is the most widely used medium for the maintenance of hESC & hiPSC without the use of feeders. TeSR™2 is an animal protein-free version which represents a step towards clinical culture of these important cells.