A magnetic resonance system has a transport element by means of which an examination
subject can be inserted into and removed from an examination tunnel. The examination
tunnel is surrounded by an outer antenna arrangement, by means of which the examination
subject can be excited to emit magnetic resonance signals, and which can receive
these signals. In the examination tunnel, an auxiliary arrangement can be disposed
that has a tunnel that, given arrangement of the auxiliary arrangement in the examination
tunnel is parallel to the examination tunnel. with the auxiliary arrangement in
the examination tunnel, the transport element still can be inserted into and removed
from the examination tunnel. The auxiliary arrangement has an inner antenna arrangement
that surrounds the tunnel thereof, and by means of which magnetic resonance signals
excited in the examination subject can be received. The auxiliary arrangement also
has an elastically yielding layer on its outer circumferential surface.