Merck CellASIC ONIX 2 Microfluidic Platform
12 May, 2016The Merck CellASIC ONIX 2 Microfluidic Platform enables simplified, dynamic and precise live cell analysis. The platform allows researchers to monitor responses to perfusion, temperature and gas environment changes in live cells and track individual cell responses over time for truly dynamic cellular analysis.
Lonza RAFT 3D Cell Culture System
12 April, 2016The RAFT 3D Culture System, from Lonza, allows researchers to overcome some of the challenges previously associated with working with 3D cultures. The cell culture system uses a high-density collagen scaffold to closely mimic the extracellular matrix of native tissues.
3D printing human tissues
22 February, 2016 by Adam FloranceUsing a combination of 'smart' polymeric water-based gels and biodegradable plastics, a team of US-based scientists has 3D-printed muscle, bone and cartilage that has survived, matured and developed functional blood vessels when implanted in mice.
Greiner Bio-One CELLview Slide
11 February, 2016For the cultivation, staining and microscopic imaging of cells, the CELLview Slide consists of a transparent slide with an embedded cover glass and a black, detachable 10-well housing.
Industry 4.0 meets real-time stem cell production
05 February, 2016Overcoming the challenges of digitalising and networking biotech production equipment to automate stem cell production.
Promega NanoLuc NanoBRET target engagement technology
20 January, 2016Promega NanoLuc technology has been used to directly assess the dynamic process of target engagement in live cancer cells. The company's scientists have developed a method for use in drug discovery that measures target residence as a key aspect of target engagement in live cells.
REZOLVE SCIENTIFIC ReZolve-L1 cell-permeant stain for polar lipids
05 November, 2015ReZolve-L1 is a cell-permeant stain that is selective for polar lipids and can be used in a wide variety of live and fixed cells. The product provides high-quality and rapid lipid staining useful for fluorescent microscopy applications and automated imaging.
ACEA Biosciences xCELLigence Real-Time Cell Analyzer (RTCA)
14 October, 2015The xCELLigence Real-Time Cell Analyzer (RTCA) from ACEA Biosciences allows for label-free monitoring of cellular processes such as cell proliferation, morphology, cytotoxicity, adhesion, viability, invasion and migration. Using an electronic cell sensor array technology, the system provides precise, physiologically relevant, quantitative data recorded throughout the entire course of an experiment.
ACEA Biosciences NovoCyte flow cytometer
13 October, 2015ACEA Biosciences brings researchers high-performance flow cytometry with the NovoCyte benchtop platform. The user-friendly flow cytometer is said to remove the need for dedicated instrument managers.
Lonza Poietics hMSCs
24 September, 2015Lonza has enhanced its range of Poietics human bone marrow-derived mesenchymal stem cells (hMSCs) by expanding the characterisation of the cells to meet industry guidelines for translational and cell therapy research applications.
Lonza's enhanced human MSCs
22 September, 2015Life science company Lonza has enhanced its range of Poietics hMSCs by expanding the characterisation of the cells to meet industry guidelines for translational and cell therapy research applications.
Innova Biosciences Lightning-Link antibody labelling kits for multicolour flow cytometry
13 August, 2015Lightning-Link antibody labelling kits, from Innova Biosciences, enable direct conjugation of antibodies, proteins or peptides to a fluorescent label in under 20 min for use in multicolour flow cytometry. Direct conjugation can be achieved with only 30 s of hands-on time.
Beckman Coulter CytoFLEX flow cytometry system
31 July, 2015The CytoFLEX system brings easily upgradeable detection capabilities for up to three lasers and 13-colour research flow cytometry right on the benchtop.
Lonza RAFT 3D Cell Culture System
09 July, 2015Lonza's RAFT (Real Architecture For 3D Tissue) 3D Cell Culture System uses a patented absorber technology to create cell layers in high-density collagen that mimic the in vivo environment. This allows for the formation of complex models and facilitates an understanding of cellular growth, differentiation and cell-to-cell interactions.
Lonza L7 PBMC Reprogramming Bundle for the generation of hiPSCs from PBMCs
24 June, 2015Lonza has released the latest addition to its L7 hPSC System for the generation of human induced pluripotent stem cells (hiPSCs) and the maintenance of stem cells from a variety of sources.
