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- W94039401 abstract "Noninvasive imaging studies involving small animals are becoming increasingly important in preclinical pharmacological, genetic, and biomedical cardiovascular research. Especially small animal magnetic resonance imaging (MRI) using high field and clinical MRI systems has gained significant importance in recent years. Compared to other imaging modalities, like computer tomography, MRI can provide an excellent soft tissue contrast, which enables the characterization of different kinds of tissues without the use of contrast agents. In addition, imaging can be performed with high spatial and temporal resolution. Small animal MRI cannot only provide anatomical information about the beating murine heart; it can also provide functional and molecular information, which makes it a unique imaging modality. Compared to clinical MRI examinations in humans, small animal MRI is associated with additional challenges. These included a smaller size of all cardiovascular structures and a up to ten times higher heart rate. Dedicated small animal monitoring devices make a reliable cardiac triggering and respiratory gating feasible. MRI in combination with molecular probes enables the noninvasive imaging of biological processes at a molecular level. Different kinds of iron oxide or gadolinium-based contrast agents can be used for this purpose. Compared to other molecular imaging modalities, like single photon emission computed tomography (SPECT) and positron emission tomography (PET), MRI can also provide imaging with high spatial resolution, which is of high importance for the assessment of the cardiovascular system. The sensitivity for detection of MRI contrast agents is however lower compared to sensitivity of radiation associated techniques like PET and SPECT. This chapter is divided into the following sections: (1) Introduction, (2) Principals of Magnetic Resonance Imaging, (3) MRI Systems for Preclinical Imaging and Experimental Setup, and (4) Cardiovascular Magnetic Resonance Imaging." @default.
- W94039401 created "2016-06-24" @default.
- W94039401 creator A5043363489 @default.
- W94039401 creator A5051070119 @default.
- W94039401 date "2012-01-01" @default.
- W94039401 modified "2023-09-27" @default.
- W94039401 title "Cardiovascular Magnetic Resonance Imaging in Small Animals" @default.
- W94039401 cites W1550570811 @default.
- W94039401 cites W1964907928 @default.
- W94039401 cites W1966946997 @default.
- W94039401 cites W1969709008 @default.
- W94039401 cites W1971972136 @default.
- W94039401 cites W1972086994 @default.
- W94039401 cites W1974805772 @default.
- W94039401 cites W1977160333 @default.
- W94039401 cites W1977543733 @default.
- W94039401 cites W1983718136 @default.
- W94039401 cites W1984373912 @default.
- W94039401 cites W1984418993 @default.
- W94039401 cites W1985081770 @default.
- W94039401 cites W1985102564 @default.
- W94039401 cites W1986805734 @default.
- W94039401 cites W1988072585 @default.
- W94039401 cites W1988373211 @default.
- W94039401 cites W1997097252 @default.
- W94039401 cites W1999522789 @default.
- W94039401 cites W2002258778 @default.
- W94039401 cites W2003525367 @default.
- W94039401 cites W2004937569 @default.
- W94039401 cites W2007706719 @default.
- W94039401 cites W2012489652 @default.
- W94039401 cites W2013897731 @default.
- W94039401 cites W2013900981 @default.
- W94039401 cites W2014903099 @default.
- W94039401 cites W2015927191 @default.
- W94039401 cites W2017093973 @default.
- W94039401 cites W2017382129 @default.
- W94039401 cites W2018571636 @default.
- W94039401 cites W2020623316 @default.
- W94039401 cites W2025660768 @default.
- W94039401 cites W2027758309 @default.
- W94039401 cites W2028665545 @default.
- W94039401 cites W2029816928 @default.
- W94039401 cites W2030706411 @default.
- W94039401 cites W2032863874 @default.
- W94039401 cites W2035759771 @default.
- W94039401 cites W2041532284 @default.
- W94039401 cites W2041848158 @default.
- W94039401 cites W2043394084 @default.
- W94039401 cites W2043698693 @default.
- W94039401 cites W2045829393 @default.
- W94039401 cites W2048024095 @default.
- W94039401 cites W2048579516 @default.
- W94039401 cites W2050554440 @default.
- W94039401 cites W2053372875 @default.
- W94039401 cites W2061339720 @default.
- W94039401 cites W2061571996 @default.
- W94039401 cites W2063100587 @default.
- W94039401 cites W2063345904 @default.
- W94039401 cites W2067558266 @default.
- W94039401 cites W2067728511 @default.
- W94039401 cites W2068671266 @default.
- W94039401 cites W2068894338 @default.
- W94039401 cites W2073431571 @default.
- W94039401 cites W2073926286 @default.
- W94039401 cites W2074189753 @default.
- W94039401 cites W2075792516 @default.
- W94039401 cites W2080874295 @default.
- W94039401 cites W2084884629 @default.
- W94039401 cites W2086402921 @default.
- W94039401 cites W2093103416 @default.
- W94039401 cites W2095315674 @default.
- W94039401 cites W2095510407 @default.
- W94039401 cites W2101037111 @default.
- W94039401 cites W2101681003 @default.
- W94039401 cites W2103166470 @default.
- W94039401 cites W2105743095 @default.
- W94039401 cites W2107209998 @default.
- W94039401 cites W2113507421 @default.
- W94039401 cites W2113608951 @default.
- W94039401 cites W2114881560 @default.
- W94039401 cites W2117522130 @default.
- W94039401 cites W2123533249 @default.
- W94039401 cites W2124016635 @default.
- W94039401 cites W2129376952 @default.
- W94039401 cites W2129445703 @default.
- W94039401 cites W2130410065 @default.
- W94039401 cites W2130460367 @default.
- W94039401 cites W2130521191 @default.
- W94039401 cites W2130668388 @default.
- W94039401 cites W2132746436 @default.
- W94039401 cites W2133376288 @default.
- W94039401 cites W2135153062 @default.
- W94039401 cites W2138131118 @default.
- W94039401 cites W2138697642 @default.
- W94039401 cites W2139079843 @default.
- W94039401 cites W2149826221 @default.
- W94039401 cites W2151002896 @default.