To quantify the fluorescent microsphere (FM) content in cardiac tissue, which is an indicative of blood flow, fluorescence imaging of both sides of the pig heart slice was employed. Despite the light scattering inside the tissue and contributions from multiple tissue layers to the total emission, it is shown that the fluorescence intensity at any pixel is proportional to the FM content and the fluorescence image may be transformed to the image of the FM concentration. A convenient standard for the emission-FM concentration transformation is proposed. The approach has several advantages in comparison with the traditional \u201cdigestion & extraction\u201d method such as: non-destructiveness, high spatial resolution, high throughput, repeatab...
A number of fluorescence imaging techniques show diagnostic promise. Imaging endogenous fluorescence...
A procedure on how to extract intrinsic fluorescence, i.e. fluorescence only due to fluophores, out ...
blood flow Fluorescent microspheres (FM) have become an attrac-tive alternative to radioactive micro...
Formulations for the total fluorescence intensity of fluorescent microspheres in slabs of cardiac ti...
Fluorescence optical techniques use light in the UV-blue spectral range to measure tissue metabolism...
The limited effectiveness of cardiac cell therapy has generated concern regarding its clinical relev...
In the heart, molecular signaling studies are usually performed in isolated myocytes. However, many ...
Rhythmical contraction of the heart is controlled by the cardiac conduction system (CCS). However, t...
We developed a cryo-imaging system, which alternates between sectioning (10-40 mu m) and imaging bri...
Fluorescence imaging of intrinsic fluorophores of tissue is a powerful method to assess metabolic ch...
Optical methods provide a rather precise insight into cardiac electrical activity. Voltage- sensitiv...
A calibrated fluorescence imaging system utilizing a combination of fluorescence and cross-polarizat...
In cardiac research, single-cell experimental models have been extensively used to study the molecul...
Due to spectral overlap, the number of fluorescent labels for imaging cryomicrotome detection was li...
<p>Fluorescent <i>in vivo</i> imaging of FD distribution in the intra and extravascular space and su...
A number of fluorescence imaging techniques show diagnostic promise. Imaging endogenous fluorescence...
A procedure on how to extract intrinsic fluorescence, i.e. fluorescence only due to fluophores, out ...
blood flow Fluorescent microspheres (FM) have become an attrac-tive alternative to radioactive micro...
Formulations for the total fluorescence intensity of fluorescent microspheres in slabs of cardiac ti...
Fluorescence optical techniques use light in the UV-blue spectral range to measure tissue metabolism...
The limited effectiveness of cardiac cell therapy has generated concern regarding its clinical relev...
In the heart, molecular signaling studies are usually performed in isolated myocytes. However, many ...
Rhythmical contraction of the heart is controlled by the cardiac conduction system (CCS). However, t...
We developed a cryo-imaging system, which alternates between sectioning (10-40 mu m) and imaging bri...
Fluorescence imaging of intrinsic fluorophores of tissue is a powerful method to assess metabolic ch...
Optical methods provide a rather precise insight into cardiac electrical activity. Voltage- sensitiv...
A calibrated fluorescence imaging system utilizing a combination of fluorescence and cross-polarizat...
In cardiac research, single-cell experimental models have been extensively used to study the molecul...
Due to spectral overlap, the number of fluorescent labels for imaging cryomicrotome detection was li...
<p>Fluorescent <i>in vivo</i> imaging of FD distribution in the intra and extravascular space and su...
A number of fluorescence imaging techniques show diagnostic promise. Imaging endogenous fluorescence...
A procedure on how to extract intrinsic fluorescence, i.e. fluorescence only due to fluophores, out ...
blood flow Fluorescent microspheres (FM) have become an attrac-tive alternative to radioactive micro...