The glyoxylate pathway is a metabolic pathway that takes place in glyoxysomes, which are specialized organelles found in plant cells and some microorganisms. Here is an explanation of why the correct answer is option 'D':

- Glyoxysomes:
Glyoxysomes are specialized organelles found in plant cells and some microorganisms that are involved in the glyoxylate pathway. These organelles contain enzymes that are necessary for the conversion of fats into sugars, which is a process that is essential for plant growth and development.

- Glyoxylate pathway:
The glyoxylate pathway is a variation of the citric acid cycle that allows plants and microorganisms to convert fats into sugars when other sources of carbon are not available. This pathway is important for seed germination and growth in plants, as it allows them to use stored fats as an energy source until they can begin to photosynthesize.

- Role of glyoxysomes:
Glyoxysomes contain enzymes such as isocitrate lyase and malate synthase that are necessary for the glyoxylate pathway to occur. These enzymes allow for the conversion of fats into sugars by bypassing the steps in the citric acid cycle that would normally lead to the production of ATP.

- Location of the glyoxylate pathway:
The glyoxylate pathway takes place in glyoxysomes because these organelles contain the enzymes that are necessary for the conversion of fats into sugars. This allows plants and microorganisms to use stored fats as an energy source when other sources of carbon are not available.

In conclusion, the glyoxylate pathway takes place in glyoxysomes, which are specialized organelles that contain the enzymes necessary for the conversion of fats into sugars. This pathway is important for plant growth and development, as it allows plants to use stored fats as an energy source until they can begin to photosynthesize.

Glyoxysomes🥳