Abstract: A rotating joint is provided, including a base, a first connecting base and a second connecting base. The first connecting base and the second connecting base are rotatably connected by a first rotating shaft. A second rotating shaft is further provided between the first connecting base, the second connecting base and the base. A first linkage unit is provided between the first connecting base and the base. A second linkage unit is provided between the second connecting base and the base. The first linkage unit coordinates with the first connecting base to rotate relative to the second connecting base when the base rotates relative to the second connecting base, and the second linkage unit coordinates with the second connecting base to rotate relative to the first connecting base when the base rotates relative to the first connecting base.

Abstract: The present invention relates to at least one method, apparatus and/or system for providing at least one lymph node volume for use in the monitoring of progression, diagnosis or treatment of an inflammatory condition, as well as to a computer program product comprising software code portions for implementing the method in accordance with the invention.

Abstract: An RF coil construction for MRI is disclosed. The construction includes a device for cryogenically cooling receiver coils, at least two coil elements being cryogenically cooled by the device and forming an array. Each coil element includes at least two capacitors for tuning and matching the coil element. The construction also includes a circuit connected to each coil element for decoupling the coil element from the transmitter coil(s), and also for decoupling among coil elements.

Abstract: An RF coil construction for MRI is disclosed. The construction includes a device for cryogenically cooling receiver coils, at least two coil elements being cryogenically cooled by the device and forming an array. Each coil element includes at least two capacitors for tuning and matching the coil element. The construction also includes a circuit connected to each coil element for decoupling the coil element from the transmitter coil(s), and also for decoupling among coil elements.

Abstract: An RF coil construction for MRI is disclosed. The construction includes a device for cryogenically cooling receiver coils, at least two coil elements being cryogenically cooled by the device and forming an array. Each coil element includes at least two capacitors for tuning and matching the coil element. The construction also includes a circuit connected to each coil element for decoupling the coil element from the transmitter coil(s), and also for decoupling among coil elements.

Abstract: An RF coil construction for MRI is disclosed. The construction includes a device for cryogenically cooling receiver coils, at least two coil elements being cryogenically cooled by the device and forming an array. Each coil element includes at least two capacitors for tuning and matching the coil element. The construction also includes a circuit connected to each coil element for decoupling the coil element from the transmitter coil(s), and also for decoupling among coil elements.