The translocation of organic solutes in sieve tube members is supported by

  • A
    cytoplasmic streaming
  • B
    root pressure and transpiration pull
  • C
    $P$-proteins
  • D
    mass flow involving a carrier and $ATP$

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Similar Questions

Arrange the following events of mass flow of organic material in sequence:
$I$. Sugars are transported from cell to cell in the leaf
$II$. Food is synthesized in form of glucose by leaf cells
$III$. Movement of water takes place into sieve tube elements
$IV$. Downward movement of sugar occurs in the stem
$V$. Solutes are actively transported into the sieve elements

The statement "There is no translocation at low temperature" was proposed by

Explain: The relationship between source and sink is variable.

What is correct for $P$ in the given diagram representing the pressure flow hypothesis?

Sinks are related to

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