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red light
Incubation of cells of the cyanobacterium Spirulina platensis under conditions of exposure to low-intensity (2-3 μE m-2 s-1) red light, which was predominantly absorbed by photosystem I (PS I), caused atypical adaptation changes.
      
Effect of Vernalization and Red Light Illumination of Seedlings of Bread Wheat (Triticum aestivum L.) on the Temperature Profile
      
We studied temperature dependence of phosphodiesterase activity in vernalized and unvernalized winter wheat on the one hand and in etiolated and red light illuminated seedlings of alternate wheat on the other hand.
      
Short-term experiments demonstrated that red light illumination is similar to long photoperiod by the effect on the long-day plants.
      
Changed temperature profile is a radical control mechanism of phosphodiesterase activity in response to the influences (red light and vernalizing temperatures) responsible for competence of various bread wheat forms for generative growth.
      
Effect of red light on activity of cAMP phosphodiesterases in photoperiodically different cereals and vernalized winter wheat
      
Red light illumination of seedlings of photoperiodically different cereals had a different effect on the activity of multiple cyclic adenosine monophosphate phosphodiesterases.
      
Orange-red light attenuates inhibition of proliferation of rat fibroblasts induced by ultraviolet-A
      
The test method is successfully verified using a color comparator or a minireflectometer with a red light-emitting diode as applied to samples of natural water from drilling mud flows and aqueous solutions containing 1,1-dimethylhydrazine.
      
Fine Chloroplast Structure in Cucumber and Pea Leaves Developed under Red Light
      
In the upper leaves of 22-day-old cucumber plants, the chloroplast structure was essentially similar to that of the control chloroplasts in white light, and we therefore suppose that these plants have acclimated to red light.
      
Effect of White and Red Light on the Pigment Content and Functional Activity in Pine Chloroplasts
      
Preirradiation of dark-grown seedlings with red light stimulated the formation of pigments, especially chlorophyll b, as well as the functional activity of chloroplasts.
      
When far-red light was applied after red-light exposure, the processes examined were inhibited.
      
We observed a negative correlation between the values of P/P0 of EPR signal I (white/far-red light) and ΔO2/(Δtchlorophyll) (r = -?0.89, P >amp;gt; 0.999).
      
The studies of PHYA-dependent inhibition of hypocotyl elongation by high-intensity far-red light showed a considerable decrease in light sensitivity of the transgenic hypocotyl characteristic for aphyAmutation.
      
The original concept of the plant integration system is presented and exemplified by the data from the studies of the regulatory controls that mediate the effects of red light (R) on the growth of etiolated maize seedlings.
      
The binding activity was found to increase as a result of red light influence via phytochrome, as well as in the presence of calcium ions and calcium-calmodulin complex.
      
Flowering of Cultivated Green and SAN 9789-Treated Chenopodium rubrum Plants Exposed to White, Blue, and Red Light
      
and plants treated with norflurazon SANDOZ-9789 (SAN) were grown on sucrose-containing media with or without hormones (GA3, BA, IAA, ABA) under short-day photoperiodic or continuous illumination with white, blue, or red light.
      
 

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