Add to ORKGIn our previous publication we have shown some preliminary results and images obtained using a multiple- wavelength NIR scanning device designed in the Laboratory for Radiopharmaceuticals and Molecular Imaging (LRIM) at the National Laboratories of Legnaro, INFN [1]. The device described there has been designed for simple straight-line scanning of the NIR light transmitted through the scanned object. In this article we present the test results from our conceptually new NIR scanning device realized for small- object and tissue imaging in XY plane
www.tcrt.org Near-infrared (NIR) fluorescence imaging has the potential to revolutionize human cance...
none21Molecular imaging with radionuclides is a very sensitive technique because it allows to obtain...
We report on tests of a radionuclide imaging system for in vivo investigations in small animals with...
In our previous publication we have shown some preliminary results and images obtained usi...
none6In our previous publication we have shown some preliminary results and images obtained using a...
We plan to combine the tilted-collimator (TC) technique enabling a precise three-dimensional determ...
A multiple-wavelength near-infrared (NIR) imaging device has been constructed. The scanner utilizes ...
In vivo imaging of pharmaceuticals labeled with radionuclides has proven to be a powerful tool in hu...
The results of studies conducted with a small field of view tomographic gamma camera based on a Posi...
Significant effort is currently being devoted to the development of noninvasive imaging systems that...
[Poster] 4th European Molecular Imaging Meeting, Barcelona, Spain, May 27 - 30, 2009In vivo molecula...
Positron emission tomography, single photon emission computed tomography and planar projection imagi...
We developed a cost-effective SPECT scanner prototype (rSPECT) for in vivo imaging of rodents based ...
We have assembled a prototype system for multimodal (radionuclide and optical) in vivo planar imagin...
We have assembled a prototype system for multimodal (radionuclide and optical) in vivo planar imagi...
www.tcrt.org Near-infrared (NIR) fluorescence imaging has the potential to revolutionize human cance...
none21Molecular imaging with radionuclides is a very sensitive technique because it allows to obtain...
We report on tests of a radionuclide imaging system for in vivo investigations in small animals with...
In our previous publication we have shown some preliminary results and images obtained usi...
none6In our previous publication we have shown some preliminary results and images obtained using a...
We plan to combine the tilted-collimator (TC) technique enabling a precise three-dimensional determ...
A multiple-wavelength near-infrared (NIR) imaging device has been constructed. The scanner utilizes ...
In vivo imaging of pharmaceuticals labeled with radionuclides has proven to be a powerful tool in hu...
The results of studies conducted with a small field of view tomographic gamma camera based on a Posi...
Significant effort is currently being devoted to the development of noninvasive imaging systems that...
[Poster] 4th European Molecular Imaging Meeting, Barcelona, Spain, May 27 - 30, 2009In vivo molecula...
Positron emission tomography, single photon emission computed tomography and planar projection imagi...
We developed a cost-effective SPECT scanner prototype (rSPECT) for in vivo imaging of rodents based ...
We have assembled a prototype system for multimodal (radionuclide and optical) in vivo planar imagin...
We have assembled a prototype system for multimodal (radionuclide and optical) in vivo planar imagi...
www.tcrt.org Near-infrared (NIR) fluorescence imaging has the potential to revolutionize human cance...
none21Molecular imaging with radionuclides is a very sensitive technique because it allows to obtain...
We report on tests of a radionuclide imaging system for in vivo investigations in small animals with...