Examples of using Phytochrome in English and their translations into Spanish
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the pea plant was shown to have at least two phytochrome types then called type I(found predominantly in dark-grown seedlings)
Butler was also responsible for the name, phytochrome.
The phytochrome pigment was identified using a spectrophotometer in 1959 by biophysicist Warren Butler and biochemist Harold Siegelman.
so concentrated phytochrome solutions look turquoise-blue to the human eye.
Discover the use of phytochrome in the following bibliographical selection.
Phytochrome has been found in most plants including all higher plants;
Biochemically, phytochrome is a protein with a bilin chromophore.
Phytochrome consists of two identical chains(A and B).
Plants use phytochrome to detect and respond to red and far-red wavelengths.
Phytochrome and Seed Germination.
Phytochrome(a photoreceptor) within the leaves is more sensitive to and responds to red light.
Phytochrome A or phyA is rapidly degraded in the Pfr form- much more so than the other members of the family.
It is now known by genome sequencing that Arabidopsis has five phytochrome genes(PHYA- E) but that rice has only three PHYA- C.
They also produce compounds such as phytochrome that are sensitive to light
In plants, red light changes phytochrome to its biologically active form,
Phytochrome A and phytochrome B both respond to an increasing proportion of red light to far-red light which occurs when the shoot comes out into the open.
In Deinococcus phytochrome regulates the production of light-protective pigments,
The first two of these, phytochrome and cryptochrome, are photoreceptor proteins,
Plants use four kinds of photoreceptors: phytochrome, cryptochrome, a UV-B photoreceptor,