Following statements are regarding to the molecular basis of the coincidence model in Arabidopsis.

A. In Arabidopsis under short days, there is little overlap between CO mRNA expression and daylight.

B. CO protein does not accumulate to sufficient levels in the phloem to promote the expression of the transmissible floral stimulus and the plant remains vegetative.

C. Under long days, the peak of CO mRNA abundance (at hours 12 through 16) overlaps with daylight (sensed by phyA and cryptochrome [cry]), allowing CO protein to accumulate.

D. CO activates FLC mRNA expression in the phloem, which causes flowering when the FT protein is translocated to the apical meristem.

Which of the following is incorrect?

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#Question id: 2142

#SCPH28 | Zoology

Glucose transport into erythrocytes is an example of

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#Question id: 2143

#SCPH06 I Botany

For the process of solute transport, the constant Kt is:

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#Question id: 2143

#SCPH28 | Zoology

For the process of solute transport, the constant Kt is:

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#Question id: 2144

#SCPH06 I Botany

The type of membrane transport that uses ion gradients as the energy source is:

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#Question id: 2144

#SCPH28 | Zoology

The type of membrane transport that uses ion gradients as the energy source is:

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#Question id: 2145

#SCPH28 | Zoology

An electrogenic Na+ transporter: