"N" . . "MX - Spojen\u00E9 st\u00E1ty mexick\u00E9" . "[A0E43691A35F]" . "55" . "2" . . "Solenoid coil for mouse-model MRI with a clinical 3-Tesla imager: body imaging" . "Solis, SE" . . "Solenoid coil for mouse-model MRI with a clinical 3-Tesla imager: body imaging"@en . "Jir\u00E1k, Daniel" . "RIV/00023001:_____/09:00002090!RIV10-MZ0-00023001" . "A solenoid coil was built for magnetic resonance imaging of the mice. A coil prototype composed of 5 turns, with a length of 4 cm and 2.5 cm radius was developed to acquire (whole) body mouse magnetic resonance images at 130 MHz and an insertable gradient coil set. Coil performance was measured using the Q factor for both the loaded and unloaded cases were 161.67 and 178.03, respectively. These Q factors compare very well with those values reported in the literature. The images were acquired with a clinical 3 T system equipped with a custom-built gradient insert coil and gradient echo image sequence. Both phantom and in vivo images showed good signal-to-noise ratio and uniformity. The electromagnetic interaction between the insertable coils and the solenoidal coil is poor, and no image artefacts are present in the whole-body image of the mouse. This preliminary experience has shown that consistent high quality MR images of the mice can be obtained using this particular hardware configuration, making" . "1"^^ . "4"^^ . . . "mouse MRI; solenoid coil; electromagnetic simulation."@en . . "Rodriguez, AO" . . . "RIV/00023001:_____/09:00002090" . "000265620100011" . "5"^^ . . "Solenoid coil for mouse-model MRI with a clinical 3-Tesla imager: body imaging" . . "Revista mexicana de f\u00EDsica" . "A solenoid coil was built for magnetic resonance imaging of the mice. A coil prototype composed of 5 turns, with a length of 4 cm and 2.5 cm radius was developed to acquire (whole) body mouse magnetic resonance images at 130 MHz and an insertable gradient coil set. Coil performance was measured using the Q factor for both the loaded and unloaded cases were 161.67 and 178.03, respectively. These Q factors compare very well with those values reported in the literature. The images were acquired with a clinical 3 T system equipped with a custom-built gradient insert coil and gradient echo image sequence. Both phantom and in vivo images showed good signal-to-noise ratio and uniformity. The electromagnetic interaction between the insertable coils and the solenoidal coil is poor, and no image artefacts are present in the whole-body image of the mouse. This preliminary experience has shown that consistent high quality MR images of the mice can be obtained using this particular hardware configuration, making"@en . "Hidalgo, SS" . "0035-001X" . . . "Solenoid coil for mouse-model MRI with a clinical 3-Tesla imager: body imaging"@en . . . "342264" .