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Glioblastome multiforme is the most common form of brain cancer and diagnosed patients have a life expectancy of less than two years. In spite of the fact that its diagnosis is very good, an appropriate treatment remains elusive.
The use of animal models can help to provide a basis for treatment testing, but it is vital that they mirror the clinical cases as closely as possible. Once the models are established treatment research can begin. Oncology labs are bringing the power of Preclinical MRI to bear in the goal to bridge the still significant gap between diagnostics and treatment.
Dr. Sarah Herrmann - EIMEA Sales Manager ICON
Benjamin Fouquet - Sales Engineer
The free webinar will give you an invaluable insight into current research by renowned scientists who are using animal models for preclinical research. The webinar will equip with you an understanding of both the requirements and the benefits of using MRI for glioblastoma and additional forms of cancer, together with an informative overview of compact MRI.
Time-Domain NMR: Basic Principles and Real-World Applications
Dynamic Nuclear Polarization in the study of pharmaceuticals
Potency Determination by qNMR
High speed spectroscopy – New AVANCE NEO
Is it really pure honey? Detecting adulterations, frauds and quality issues by NMR-based Honey-Profiling
Introduction to NMR-Based Tools in Clinical Research and Biobanking
Developing In Vitro Diagnostic Routines
Chemical Reaction Monitoring with Easy ‘On-The-Fly’ NMR Spectroscopy
Achieving Dietary Supplements’ and Natural Health Products’ High Standards with NMR
Application to Dietary Supplements
Solid State NMR Made Easy
From Data Acquisition to Results
In Vivo Tumor Progression Studies: The Relative Strengths of Available Imaging Modalities and Reporter Constructs
Easy-to-Use MRI at Translational Field Strength
Studying Cancer biology and Therapeutic Targets Using PET Technology: Opening an Extraordinary Option
Easy Control for Enjoyable Experience: New SkyScan 1276, High resolution In Vivo Micro Tomography
The Revolution in Preclinical PET - Continuous Crystal and Smart Electronics to Achieve Full Field Accuracy
Routine MRI at 1T in Action
Improve Your Imaging Results with ParaVision 6
Detecting Reactive Oxygen and Nitrogen Species Using EPR – from Data Acquisition to Quantitative Analysis
Automatizing the qualitative and quantitative analysis of complex drugs using NMR
Imaging of Infection and Tumors using labelled Siderophores
Metabolic Imaging in Neurodegenerative Disease using CEST MRI
In ovo Magnetic Resonance Imaging
NMR-based fragment screening for drug discovery
Pharmaceutical Applications of Electron Paramagnetic Resonance (EPR) Spectroscopy
Improving Mechanistic Understanding of Fast Reactions Using Rapid, Reproducible In Situ Analysis by Stop-Flow NMR and IR
On-the-fly NMR Synthesis Control Using Bruker’s Automation Technologies
A Universal MicroCT Analysis Pipeline for Bone Preclinical Disease Models
EPR as a Teaching Tool in the Laboratory
How microCT Can Provide Insight into Dynamic Disease Processes
Solid Form Quantification – A New Benchtop Solution
NMR in Standardizing Biomarkers for Personalized Medicine: Where Do Biobanks Come in?
Understanding How NMR Can Help to Prevent Honey Fraud
Webinar Overview: EPR as a Teaching Tool in the Laboratory
Monitoring Environmental Pollutants with EPR
Intelligent Use of NMR for Synthetic Organic Chemistry
Early Disease Detection Performing NMR
Using Micro-CT Imaging for the Phenotyping and Analysis of Bone Architecture
Using High Fields to Combat Ischemic Stroke with Cell Therapy
Endodontic Applications of Microcomputed Tomography for Studying Root Canals
Studying Cardiovascular Pathology with MRI
Improved Open-Access NMR for the Synthetic and Analytical Chemistry Laboratories
DTI Connectomics in Mouse Models of Neurological Disorders
Monitoring Cancer Treatments with Immuno-PET
Early Detection of Metabolic Remodeling in Pressure Overload Left Ventricle Hypertrophy Using Dynamic PET Imaging
Mnova: The Single Platform to Interpret All Your NMR, MS and IR Data
MicroCT Applications in Lung Research and Immunology
Micro-CT in 3D Data Integration and (Clinical) Workflows for Digital Orthodontics
Ex Vivo MicroangioCT: Advances in Microvascular Imaging
Treatments of COVID-19: Old Drugs, New Tricks
NMR Characterization of Polysaccharide-Based Vaccines
Hyperpolarized Xe MRI of Pulmonary Gas-Exchange in Rodents
PET Image Reconstruction Overview - Current and Future Trends
Unlocking your clinical understanding of Post-Acute COVID Syndrome (PACS), patient recover, and risk of subsequent disease
Automated identification and quantification: New Psychoactive Substances (NPS)
Present and future of human metabolomics (for research use only)