Answer-
Blue light of wavelength 450- 490 nm and Auxin hormone is involved in the phototropic response of Avena sativa coleoptiles.
Phototropism is the movement of body parts of an organism in response to light. When Avena sativa is placed towards the bright source of light, a hormone called Auxin (Indole acetic acid) causes the movement of the plant body parts towards the light source. This is also called positive phototropism. Different plant organs may exhibit different phototropic reactions to different wavelengths of light. Stem tips of plant exhibit positive phototropic reaction to blue light which has wavelength of 450-490 nm.
what wavelength of light and what hormone is involved in the phototropic response of avena sativa...
hu 1. True or false? Phototropic bending occurs as a result of hormone-regulated growth inhibition. 2. What wavelength of light and what hormone is involved in the phototropic response of Avena sativa coleoptiles? 3. During germination, what shoot organ is involved in light detection in monocot vs dicot species? 4. True or false? Phototropins are flavoproteins that induce phototropic bending in Arabidopsis hypocotyls and Avena sativa coleoptiles. 5. What 2 hormones are involved in suppressing photomorphogenesis in the dark? 6....
true or false? phototropic bending occurs as a result of hormone-regulated growth inhibition.
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You observe that a plant with some type of mutation does not have a phototropic response. What is a possible explanation for this observation? The proton pumps are not able to move to the shady side of the plant. O Auxin is unable to bind to the receptor in the nucleus to release the repressor that is preventing transcription of more proton pumps. The auxin transporters are unable to move to the shady side of the plant cell. The auxin...
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