Why Can’t Acetyl CoA Make Glucose?
Acetyl CoA to pyruvate transition is an irreversible reaction so acetyl CoA cannot make glucose. Gluconeogenesis is the process by... View Article
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What Is Acetyl CoA a Precursor For?
Acetyl CoA is a precursor for the synthesis of fatty acids. Acetyl CoA is synthesised in the body by many... View Article
What Do You Mean by Natural Auxin?
Natural auxins are those auxins, which are found naturally in plants, e.g. indole-3-acetic acid (IAA), indole butyric acid (IBA), etc.... View Article
What Does Gibberellic Acid Enable Plants to Do?
Gibberellic acid is a type of gibberellin. It promotes growth and elongation of cells, delays senescence, increases the length of... View Article
What Are the Effects of Ethylene?
Ethylene is a gaseous plant hormone. The main effects of ethylene are: It induces the ripening of fruits. It increases... View Article
What Does Ethylene Do to Fruit?
Ethylene is a gaseous plant hormone. It hastens the ripening of fruits. Plants show a sudden increase in the production... View Article
What Are the Products of Redifferentiation?
Products of redifferentiation in plants are secondary xylem, secondary phloem, secondary cortex (phelloderm) and cork (phellem). Also Check: What Is... View Article
What Are the Advantages of Cell Differentiation?
The main advantage of cell differentiation is that cells become specialised to perform specific functions efficiently. E.g. the cell loses... View Article
What Is Dedifferentiation?
Dedifferentiation is the process by which the differentiated cells regain their capacity to divide, e.g. interfascicular cambium and cork cambium... View Article
What Happens During Cell Differentiation?
During cell differentiation, the unspecialised cells mature and evolve to perform a specific function. This occurs due to differential gene... View Article
What is Redifferentiation in plant tissue culture?
Redifferentiation is the process by which dedifferentiated cells again lose their capacity to divide and mature to perform a specific... View Article
Where Is Abscisic Acid Produced in Plants?
Abscisic acid or ABA is a plant growth inhibitor. It is involved in the stress response and induces dormancy. It... View Article
Why Abscisic Acid Is Known as Dormin?
Abscisic acid is known as dormin because it induces dormancy. It inhibits plant growth and increases tolerance to various kinds... View Article
How Is Abscisic Acid Used in Agriculture?
Abscisic acid is used in agriculture for various purposes. E.g. They are used to induce seed dormancy to withstand desiccation... View Article
Is Kinetin a Cytokinin?
Kinetin is a type of cytokinin. It promotes cell division. It was first isolated from autoclaved herring sperm DNA. It... View Article
How Is Auxin Used in Agriculture?
Auxins are used in agriculture for various purposes. E.g. Auxins are used in plant propagation to stimulate rooting in stem... View Article
Do Gibberellins Promote Senescence?
No, gibberellins delay senescence. Gibberellins delay fruit ripening and senescence along with improving its shape and size. So the fruits... View Article
How Does Ethylene Ripen Fruit?
Ethylene is produced by all the fruits. It is a gaseous plant hormone. The level of ethylene is very low... View Article
Why is Differentiation in Plants Open?
Differentiation in plants is open because they retain the capacity for unlimited growth throughout their lifespan. It is due to... View Article
Is Tumour a Product of Redifferentiation?
Tumour is a product of dedifferentiation. Tumour is formed when a differentiated cell regains the capacity to divide and shows... View Article
