A major step to achieve superior diagnostic quality at low and medium fields was the invention of wires and coils using magnesium diboride (MgB2). For some years now they have been commercially created, eliminating the need for liquid helium and possible quenches. MgB2 machines require one liter of helium to keep its superconducting magnet cold, compared with hundreds of liters for old-type high-field machines.
NEWS
Paciente, Innovative MRI, Pensacola (EE. UU.)
“Como paciente que sufre de claustrofobia, que incluso necesitó Valium [...]
Paciente, Birmingham Upright MRI Centre (Reino Unido)
“Tengo claustrofobia, y esta fue mi primera vez en un [...]
Paciente, Leeds Upright MRI Centre (Reino Unido)
“Tuve una mala experiencia en otro lugar, pero en este [...]
Dr. Simon Blease, director de Diagnóstico por Imágenes, European Scanning Centre, Londres (Reino Unido)
“...suena obvio, pero es mejor evaluar al paciente en [...]
Another MROpen Evo ready for the shipment to North America
Another MROpenEvo system is on its way to North America. [...]
Opening the horizon of imaging
MROpen Evo allow special studies & research. Greatest versatility enables [...]
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