Which of the following best explains the diversion of water to the symplastic route once it encounters the Casparian strip? A) The Casparian strip is a waxy belt that transverses the cytosol of endodermal cells. B) The Casparian strip is a waxy belt that transverses the walls of endodermal cells. C) The Casparian strip is a waxy belt that transverses the cells of the root cortex.

Question

Biology

Kevin Larson

30 January, 05:10

Which of the following best explains the diversion of water to the symplastic route once it encounters the Casparian strip? A) The Casparian strip is a waxy belt that transverses the cytosol of endodermal cells. B) The Casparian strip is a waxy belt that transverses the walls of endodermal cells. C) The Casparian strip is a waxy belt that transverses the cells of the root cortex.

+5

Answers (2)

Know the Answer?

Julianna Potts · Answer 1

Which of the following best explains the diversion of water to the symplastic route once it encounters the Casparian strip? B) The Casparian strip is a waxy belt that transverses the walls of endodermal cells.

Jonas Sampson · Answer 2

B) The Casparian strip is a waxy belt that transverses the walls of endodermal cells. The Casparian strip is a waxy belt that covers the transverse and radial walls of the endodermis.