Overview: In this webinar, Katie will discuss the role hypoxia plays in disease progression and treatment response, specifically in cancer. She will also dive into the various molecular imaging technologies that can be used to visualize and assess hypoxia in preclinical cancer models. Some modalities that will be covered include magnetic resonance imaging (MRI), positron
Overview: In this webinar, Alexis will introduce the Fusion fluorescence and chemiluminescence systems manufactured by Vilber.  The Fusion systems are the ideal multimodal imaging platform designed for molecular biology laboratories. They cover the spectrum of chemiluminescence, multiplexing fluorescence and chemifluorescence applications. The system offers the ultimate speed and sensitivity across all DNA, RNA and
In this webinar, Alexis will introduce the Fusion fluorescence and chemiluminescence systems manufactured by Vilber. Â The Fusion systems are the ideal multimodal imaging platform designed for molecular biology laboratories. They cover the spectrum of chemiluminescence, multiplexing fluorescence and chemifluorescence applications. The system offers the ultimate speed and sensitivity across all DNA, RNA and protein-based applications.
Overview: In this webinar, Alexis will introduce the Fusion fluorescence and chemiluminescence systems manufactured by Vilber. Â The Fusion systems are the ideal multimodal imaging platform designed for molecular biology laboratories. They cover the spectrum of chemiluminescence, multiplexing fluorescence and chemifluorescence applications. The system offers the ultimate speed and sensitivity across all DNA, RNA
Whether detecting DNA, RNA, or proteins, it is challenging to find many biological publications today not using some form of gel and/or western blot documentation in their findings. While the imaging of high amounts of nucleic acids or proteins should not ever be a challenge for a documentation system, researchers more often find themselves needing to resolve small amounts of these end products. For these researchers and these types of experiments, high-end optics with intelligent analysis
