Auxin in the cytoplasm is in the [ Select ] form. It exits through the membrane through [ Select ] It leaves the cell pushed by the force(s): [ Select ] Auxin takes different forms in cytoplasm and interstitial fluid because of differences in [ Select ] . This difference is generated primarily by the [ Select ]

Auxin in the cytoplasm is in the [ Select ] form. It exits through the membrane through [ Select ] It leaves the cell pushed by the force(s): [ Select ] Auxin takes different forms in cytoplasm and interstitial fluid because of differences in [ Select ] . This difference is generated primarily by the [ Select ]

Biology: The Dynamic Science (MindTap Course List)

4th Edition

ISBN:9781305389892

Author:Peter J. Russell, Paul E. Hertz, Beverly McMillan

Publisher:Peter J. Russell, Paul E. Hertz, Beverly McMillan

Chapter37: Plant Signals And Responses To The Environment

Section: Chapter Questions

Problem 3TYK

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Similar questions

What is the gravity receptor involved in gravitropism?
Plant cells communicate in a variety of ways to elicit cellular responses. In the figure below the plant is responding the presence of light with the release of auxin. Auxin was first discovered for its ability to promote growth in plants. It is a plant hormone that inhibits the lengthening and stimulate the formation of lateral roots and root hairs. a) Describe the plant’s response to the presence of light. (refer to picture)
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A tobacco plant has successfully fended off plant pathogen via hypersensitive response (HR). (i) What would you be able to observe on the plant and explain the processes that happened at cellular level? What are the benefits for the tobacco plant that has developed systemic acquired resistance (SAR) in comparison to HR? (ii) (ii) Name the chemical compounds responsible in triggering SAR and how would this signal be transmitted?
Plant cells communicate in a variety of ways to elicit cellular responses. In the figure below the plant is responding the presence of light with the release of auxin. Auxin was first discovered for its ability to promote growth in plants. It is a plant hormone that inhibits the lengthening and stimulate the formation of lateral roots and root hairs. (b) Explain the role that auxin has in eliciting the plant’s response.
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