The optical coherence microscope or OPM project by the Harvey Mudd College is an exceedingly interdisciplinary method to explore the developmental biology. It was the 1996 NSF award that predominantly financed the OCM project. It has drawn in undergraduate students from every key academic plan at the college, and five faculty members from three academic departments. More than fifty students and faculty from Harvey Mudd College only, have partaken in partnership with others at the Beckman Laser Institute Medical, Center California Institute of Technology, and University of Colorado State from the time when the project has started in 1995. The OCM research knowledge has encourages scientific inquisitiveness and eagerness in numerous students at the same time as the intensification of the research devices offered to faculty further than their conventional customary corrective boundaries.

Optical coherence microscopy has the capability for use in the developmental biology in its capacity to image tissue areas that are unobtainable to standard microscopes. The high light dispersion characteristics of biological tissue make such methods as two-photon and confocal microscopy worthless for imaging a lot underneath the surface covering of tissue. Optical coherence microscopy prevails over this constraint letting three-dimensional imaging of cells or clusters of cells at depths of equal to one millimeter underneath the surface. The concept of the equipment facilitates imaging of biological samples safely and insidiously permitting the procedures to be observed in vivo. The method of the researchers to optical coherence microscopy offers a technique for creating three-dimensional time-lapse movies of tissue formation, an apparent benefit for developmental biologists with the help of contemporary visualization software.

Recently two types of organisms are examined with the microscope, the plant Arabidopsis thaliana and frog Xenopus laevis. In association with researchers and faculty in the Biological Imaging Center of Dr. Scott Fraser at the California Institute of Technology, widespread researches of frog gastrulation have been carried out with the use of the OCM. Andrew Schile concentrated his researches on this procedure creating various time-lapse movies of gastrulation in the frog. Dr Mary Williams of the HMC Biology department has corresponding plant imaging in alliance with Dr. June I. Medford and others at Colorado State University. These researches are concentrated on the dynamic procedure of leaf development or phyllotaxis in the course of plant formation. Specifically, the researchers are investigating the commencement of leaf primordia at the shoot apical meristem.

The achievement of the OCM endeavor has shown the way to innumerable in-print pieces of writings on the progress of the OCM mechanism and the consequences of biological analyses. These pieces of writings in addition to a number of theses papers from seniors caught up in the project, are accessible in full text. Additionally, to be of used in developmental biology, the three-dimensional method to optical coherence microscopy of the researchers has probable clinical uses in dermatology, dentistry, endoscopic medicine and ophthalmology. Furthermore, it is probable that the OCM will be put into operation in the agricultural business to cultivate additional fruitful and nutritious crops.