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IEEE Transactions on Biomedical Engineering, 2011
Recent advances in optical imaging have led to the development of miniature microscopes that can be brought to the patient for visualizing tissue structures in vivo. These devices have the potential to revolutionize health care by replacing tissue biopsy with in vivo pathology.
Kevin E. Loewke +6 more
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Recent advances in optical imaging have led to the development of miniature microscopes that can be brought to the patient for visualizing tissue structures in vivo. These devices have the potential to revolutionize health care by replacing tissue biopsy with in vivo pathology.
Kevin E. Loewke +6 more
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Journal of Cellular Biochemistry, 2002
The relatively young field of molecular imaging is focused on the visualization of molecular phenotypes in whole organisms. This is achieved using imaging systems based on radionuclides, nuclear magnetic resonance, ultrasound, or the visible-IR region of the optical spectrum.
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The relatively young field of molecular imaging is focused on the visualization of molecular phenotypes in whole organisms. This is achieved using imaging systems based on radionuclides, nuclear magnetic resonance, ultrasound, or the visible-IR region of the optical spectrum.
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In vivo imaging of gene expression
Seminars in Radiation Oncology, 2001Imaging of gene expression is increasingly essential for cancer diagnosis, prediction of tumor response to various available therapies, and for monitoring response to therapy, whether it is gene or nongene therapy. Most of the work on developing techniques and methodologies for imaging gene expression has been performed in mice.
D C, Sullivan, J M, Hoffman
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2017
Abstract: In vivo imaging is increasingly used in combination with animal models of epilepsy because of the multifaceted information that can be obtained using different imaging modalities. Here we describe the basis of different magnetic resonance imaging methods and nuclear imaging techniques, such as positron emission and single photon emission ...
Gröhn, Olli +3 more
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Abstract: In vivo imaging is increasingly used in combination with animal models of epilepsy because of the multifaceted information that can be obtained using different imaging modalities. Here we describe the basis of different magnetic resonance imaging methods and nuclear imaging techniques, such as positron emission and single photon emission ...
Gröhn, Olli +3 more
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Yttrium-87 for in vivo imaging
International Journal of Radiation Applications and Instrumentation. Part B. Nuclear Medicine and Biology, 1991Yttrium-87 with its daughter strontium-87m have been prepared in a form suitable for injection, and the biodistribution of 87Y-EDTMP determined in Balb/c mice. 87Y is suitable as a tracer for clinical investigations of 90Y.
A A, Keeling, R P, Beaney
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Preclinical Multimodality Imaging in Vivo
PET Clinics, 2008Multimodality small-animal molecular imaging has become increasingly important as transgenic and knockout mice are produced to model human diseases. With the ever-increasing number and importance of human disease models, particularly in rodents (mice and rats), the ability of high-resolution multimodality molecular imaging instrumentation to contribute
Stout, David B., Zaidi, Habib
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In vivo imaging of astrogliosis by PET
Folia Pharmacologica Japonica, 2023Glial cells are non-neuronal cells that make up the central nervous system, including astrocytes, oligodendrocytes, microglia, and ependymal cells, which play an important role in brain homeostasis. However, activated microglia and reactive astrocytes cause neuroinflammation, which is closely related to neurodegeneration.
Ryuichi, Harada, Nobuyuki, Okamura
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In vivo molecular-genetic imaging
Journal of Cellular Biochemistry, 2002Noninvasive in vivo molecular-genetic imaging has developed over the past decade and involves nuclear (PET, gamma camera), magnetic resonance, and in vivo optical imaging systems. Although three different imaging strategies - "direct," "indirect" and "surrogate" - are being used, most current in vivo molecular imaging strategies are "indirect" and ...
Ronald G, Blasberg +1 more
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Fluorescence Imaging of Tumors In Vivo
Current Medicinal Chemistry, 2005We review recent progress in tumor imaging in vivo using fluorescent tags, highlight the problems of fluorescence imaging in small animals, discuss recent advances in near-infrared fluorochromes and quantum dots, and point to some future possibilities. GFP-based fluorescence imaging is briefly discussed.
Byron, Ballou +2 more
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In vivo imaging enters parasitology
Trends in Parasitology, 2006In vivo infection routes of parasites have remained something of a "black box", in which only snapshot views of fixed tissues are available. Clearly, there exists a strong need for imaging approaches to visualise living parasites within intact organs and animals. In vivo imaging of fluorescent Plasmodium parasites now provides us with exciting insights
Volker, Heussler, Christian, Doerig
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