second predetermined pressure on the layer of microcapsules, and the irradiating unit further irradiates the layer of microcapsules with a second beam of radiation having the specific wavelength, such that a plurality of the second type of microcapsules, encompassed by a local area of the sheet of transparent film irradiated by the second beam of radiation, is heated to the second predetermined temperature. In this case, the irradiating unit further comprises a second radiation beam emitter that emits the second beam of radiation, and the second beam of radiation is deflected by the optical deflector such that the sheet of transparent film is scanned with the deflected second beam of radiation. Preferably, the second radiation beam emitter also comprises a second infrared source that emits an infrared beamThe localization of guanylyl cyclase-activating proteins in the mammalian retina.
To explore the distribution of guanylyl cylase-activating proteins 1 and 2 (GCAP1 and GCAP2) in the mammalian retina. Cryostat and vibratome vertical sections and wholemount retinas from mouse, rat, cat, bovine, monkey, and human eyes were prepared for immunocytochemistry and viewing by light and confocal microscopy. In all mammalian retinas investigated, intense GCAP1 immunoreactivity (GCAP1-IR) was seen in cone photoreceptor inner and outer segments, cell bodies, and synaptic regions. Intensity of the GCAP1-IR was strong in inner segments of rods in all species but weaker in outer segments-particularly so in primates and cats. GCAP2 immunoreactivity (GCAP2-IR) was weak in bovine, mouse, and rat cones but was intense in human and monkey cones. In all species except primates, GCAP2 staining