glyoxysome

As a noun glyoxysome is

(biochemistry) any of various specialized peroxisomes found in plants (particularly in the fat-storage tissues of germinating]] seeds) and also in filamentous [[fungus|fungi, serving to break down fatty acids and provide enzymes to produce intermediates for the synthesis of sugars by gluconeogenesis.

In biochemistry|lang=en terms the difference between glyoxisome and glyoxysome

is that glyoxisome is (biochemistry) a specialized peroxisome found in plants and filamentous fungi, in which the fatty acids are hydrolyzed to acetyl-coa by peroxisomal β-oxidation enzymes while glyoxysome is (biochemistry) any of various specialized peroxisomes found in plants (particularly in the fat-storage tissues of germinating]] seeds) and also in filamentous [[fungus|fungi, serving to break down fatty acids and provide enzymes to produce intermediates for the synthesis of sugars by gluconeogenesis.

As nouns the difference between glyoxisome and glyoxysome

is that glyoxisome is (biochemistry) a specialized peroxisome found in plants and filamentous fungi, in which the fatty acids are hydrolyzed to acetyl-coa by peroxisomal β-oxidation enzymes while glyoxysome is (biochemistry) any of various specialized peroxisomes found in plants (particularly in the fat-storage tissues of germinating]] seeds) and also in filamentous [[fungus|fungi, serving to break down fatty acids and provide enzymes to produce intermediates for the synthesis of sugars by gluconeogenesis.

In biochemistry terms the difference between gluconeogenesis and glyoxysome

is that gluconeogenesis is the metabolic process in which glucose is formed, mostly in the liver, from non-carbohydrate precursors while glyoxysome is any of various specialized peroxisomes found in plants (particularly in the fat-storage tissues of germinating seeds) and also in filamentous fungi, serving to break down fatty acids and provide enzymes to produce intermediates for the synthesis of sugars by gluconeogenesis.

As nouns the difference between sugar and glyoxysome

is that sugar is ray, beam (of light or radiation) while glyoxysome is (biochemistry) any of various specialized peroxisomes found in plants (particularly in the fat-storage tissues of germinating]] seeds) and also in filamentous [[fungus|fungi, serving to break down fatty acids and provide enzymes to produce intermediates for the synthesis of sugars by gluconeogenesis.

As nouns the difference between synthesis and glyoxysome

is that synthesis is while glyoxysome is (biochemistry) any of various specialized peroxisomes found in plants (particularly in the fat-storage tissues of germinating]] seeds) and also in filamentous [[fungus|fungi, serving to break down fatty acids and provide enzymes to produce intermediates for the synthesis of sugars by gluconeogenesis.

As nouns the difference between intermediate and glyoxysome

is that intermediate is anything in an intermediate position while glyoxysome is (biochemistry) any of various specialized peroxisomes found in plants (particularly in the fat-storage tissues of germinating]] seeds) and also in filamentous [[fungus|fungi, serving to break down fatty acids and provide enzymes to produce intermediates for the synthesis of sugars by gluconeogenesis.

As an adjective intermediate

is being between two extremes, or in the middle of a range.

As a verb intermediate

is to mediate, to be an intermediate.

As a verb enzyme

is .

As a noun glyoxysome is

(biochemistry) any of various specialized peroxisomes found in plants (particularly in the fat-storage tissues of germinating]] seeds) and also in filamentous [[fungus|fungi, serving to break down fatty acids and provide enzymes to produce intermediates for the synthesis of sugars by gluconeogenesis.

As an adjective filamentous

is having the form of threads or filaments; filamented.

As a noun glyoxysome is

(biochemistry) any of various specialized peroxisomes found in plants (particularly in the fat-storage tissues of germinating]] seeds) and also in filamentous [[fungus|fungi, serving to break down fatty acids and provide enzymes to produce intermediates for the synthesis of sugars by gluconeogenesis.

As nouns the difference between seed and glyoxysome

is that seed is (fertilized grain) A fertilized grain, initially encased in a fruit, which may grow into a mature plant while glyoxysome is any of various specialized peroxisomes found in plants (particularly in the fat-storage tissues of germinating seeds) and also in filamentous fungi, serving to break down fatty acids and provide enzymes to produce intermediates for the synthesis of sugars by gluconeogenesis.

As a verb seed

is to plant or sow an area with seeds.

As nouns the difference between tissue and glyoxysome

is that tissue is thin, woven, gauze-like fabric while glyoxysome is (biochemistry) any of various specialized peroxisomes found in plants (particularly in the fat-storage tissues of germinating]] seeds) and also in filamentous [[fungus|fungi, serving to break down fatty acids and provide enzymes to produce intermediates for the synthesis of sugars by gluconeogenesis.

As a verb tissue

is to form tissue of; to interweave.