Synchrotron Radiation In Biology Research Articles

Synchrotron Radiation in Biology and Medicine

Synchrotron Radiation in Biology and Medicine

Molecular and nanostructured peculiarities of biological tissues in various functional states

Analyzing structural peculiarities of biological polymers at the molecular and nanosized scales (1–1000 A) provides new possibilities to study their functioning. Revolutionary concepts in the study of nanostructured systems are being stimulated by revolutionary instrumentation related to the development of structural methods based on the use of synchrotron radiation, making it possible to investigate the structural dynamics of a functioning biological object. The first experimental study of biological tissues using synchrotron radiation was performed at VEPP-3 storage ring, and measurements are now being performed at the National Research Center Kurchatov Institute. In this brief review we describe the use of synchrotron radiation in biology and medicine in (i) fundamental programs of structural biology and (ii) medical programs.

Synchrotron Radiation in Biology and Medicine

Synchrotron Radiation in Biology and Medicine

The impact of infrared synchrotron radiation in biology: Past, present and future

(2000). The impact of infrared synchrotron radiation in biology: Past, present and future. Synchrotron Radiation News: Vol. 13, No. 5, pp. 31-38.

Uses of Synchrotron Radiation in Biology

(1984). Uses of Synchrotron Radiation in Biology. International Journal of Radiation Biology and Related Studies in Physics, Chemistry and Medicine: Vol. 45, No. 4, pp. 414-415.

Uses of synchrotron radiation in biologyedited by H. B. Stuhrmann

<i>Uses of synchrotron radiation in biology</i>edited by H. B. Stuhrmann

Uses of synchrotron radiation in biology edited by H. B. Stuhrmann

<i>Uses of synchrotron radiation in biology</i> edited by H. B. Stuhrmann