Perform a complete in vivo small animal imaging study in our specialised labs in Greece. We can discuss your potential idea or research protocol here!
.
+302130290586
info@bioemtech.com
High Resolution Tomographic Imaging
imaging studies at our facilities
Oncology
Non invasive assessment of successful drug delivery and therapeutic efficacy
EU project: BreastCaRANKL
EU project: BreastCaRANKL
Gold NPs
In vivo evaluation of contrast & therapeutic agents with microCT
EU project: nTrack
EU project: nTrack
.
.
Cardiology
Non invasive monitoring of cardiac pathologies and nanoparticle based therapy
EU project: CUPIDO
EU project: CUPIDO
Regenerative Medicine
Non invasive evaluation of therapy schemes and healing processes
EU project: VIVOIMAG
EU project: VIVOIMAG
.
Nanoparticles & Plants
Exploitation and application of new imaging approaches in agriculture for nanotechnology
.
.
Materials
& Samples
Non destructive internal evaluation of materials and structures with 50um resolution
.
.
Fast 2D Dynamic Imaging with the “eyes”
Imaging studies at your own lab or at our facilities
Perform a complete in vivo small animal imaging study, either in your own lab or in our specialised labs. We can schedule an experiment at your labs or discuss your potential idea and research protocol here!
Oncology
Non invasive assessment of successful drug delivery and therapeutic efficacy
EU project: BreastCaRANKL
EU project: BreastCaRANKL
.
.
.
Fast dynamic imaging
Acquire real time fast dynamic images from the moment of injection with frames down to a few seconds.
.
.
.
Optimize protocol parameters
Easily test different animal preparation conditions, drug concentrations and administration routes to optimize your protocols.
.
Select best time points
Scan the same mouse easily and fast over multiple time points to decide on the best time points, where 3D imaging can be performed
.
.
QC: exclude unsuccessful tests
Scan all mice in the beginning of your study to exclude bad injections from further bio distributions and studies.
.
Co-registration with 3D systems
Save your “eye” images in DICOM format and fuse them with other anatomical 3D systems in any DICOM viewer
.
.
.