Using the high flux of a third generation synchrotron sources at ESRF and E
LETTRA, structural changes of the chaperonin system GroE were analyzed by t
ime-resolved small angle scattering. A fast mixing device were established
which permits determination of the solution scattering parameters of the E.
coli chaperonin system GroE in time slices of 300msec. Using this device,
the reaction pathway of the two component system, GroEL and GroES was analy
zed.