Abstract: The present invention relates to a recombinant microorganism which is modified to be capable of producing diosmin and hesperidin and to the use thereof for producing diosmin and/or hesperidin.

Abstract: The present inventors have determined that health services programs may be efficiently administered by providing a plurality of health services modules that are “horizontally integrated” on a platform. A rules engine is operative to identify enumerated events such that an event in one module triggers the rules engine to propagate a related event in one or more other modules. Such health services modules may be software architectural components operable for one or more of (1) live video conferencing, (2) scheduling, and/or (3) health services program data/content. Additional health services modules (“add-on modules”) may also be provided on the platform and horizontally integrated.

Abstract: The present inventors have determined that health services programs may be efficiently administered by providing a plurality of health services modules that are “horizontally integrated” on a platform. A rules engine is operative to identify enumerated events such that an event in one module triggers the rules engine to propagate a related event in one or more other modules. Such health services modules may be software architectural components operable for one or more of (1) live video conferencing, (2) scheduling, and/or (3) health services program data/content. Additional health services modules (“add-on modules”) may also be provided on the platform and horizontally integrated.

Abstract: A scanning ophthalmoscope comprises eye illuminating means comprising a light source block (A), an outward refraction compensator (Ba), scanning means (C) suitable for deflecting a beam produced by the light source block over a raster of lines, and a catoptric ophthalmoscope per se (D) for transmitting the deflected light beam into the eye through the pupil thereof. Light returns along the same path to a partially reflective beam separator plate (L.sub.1), it then passes through a return refraction compensator (Br) followed by a detector (E) and an electronic processing circuit (F). The outward and return paths are kept highly symmetrical. The catoptric ophthalmoscope (D) is essentially constituted by a spherical mirror (M.sub.1). The scanning mirrors (M.sub.3 and M.sub.4) pivot about respective axes which are colinear with the focal axes of the astigmatism which the spherical mirror produces in the image of the spot of a patient's pupil.