Ralph Feder, Jonathan L. Costa, et al.
Science
A 100-nanosecond pulse of long-wavelength x-rays was used to produce high-resolution stop-motion images of living human platelets. Although some aspects of the structure conform to those seen in dehydrated specimens, novel features are apparent. The technique should permit detailed stop-motion examination of the interaction of platelets with their surrounding medium as well as exploration of the phagocytic and secretory activities of a wide variety of other cells.
Ralph Feder, Jonathan L. Costa, et al.
Science
David Sayre
Science
Ivan Haller, Ralph Feder, et al.
JES
Janos Kirz, David Sayre
Nuclear Inst. and Methods in Physics Research, A