PEROXISOMES
3.In plant they takepart in CATABOLIC AND ANABOLIC processes.
GLYOXISOSOME
Peroxisomes are organelles responsible for various metabolic processes, including lipid metabolism and detoxification of harmful substances, while glyoxysomes are specialized organelles found in plants that are involved in converting stored fats into sugars during seed germination. Peroxisomes contain enzymes involved in oxidative reactions, while glyoxysomes contain enzymes involved in the glyoxylate cycle.
No, glyoxysomes are not present in animal cells. They are specialized organelles found in plant cells, specifically in the cells of germinating seeds, where they are involved in the conversion of stored lipids into sugars for energy.
Lysosomes contain enzymes that break down cellular waste and debris, while peroxisomes contain enzymes that break down fatty acids and detoxify harmful substances like hydrogen peroxide. Lysosomes are often involved in intracellular digestion, while peroxisomes are involved in lipid metabolism and oxidative reactions. Additionally, lysosomes have an acidic pH, while peroxisomes have a neutral pH.
Cells can multiply their peroxisomes through a process called division, where existing peroxisomes replicate and segregate into daughter cells during cell division. This ensures that each new cell receives a portion of the peroxisomes from the parent cell. This process helps maintain the number and function of peroxisomes in the cell.
No, prokaryotic cells do not have peroxisomes. Peroxisomes are membrane-bound organelles found in eukaryotic cells that contain enzymes involved in various metabolic processes, such as lipid breakdown and detoxification reactions.
No, the Golgi complex does not directly make peroxisomes or lysosomes. Peroxisomes are derived from the endoplasmic reticulum, while lysosomes are formed from the Golgi complex. Both organelles play distinct roles in the cell's metabolism and degradation processes.
Glyoxysomes are specialized peroxisomes that aid in the conversion of lipids into carbohydrates during germination. In lipid-poor seeds, there is a lack of stored lipids for conversion, so glyoxysomes are not needed and may be absent. These seeds rely on other energy sources such as proteins or carbohydrates for germination.
If you mean peroxisomes, in animal cells they carry the enzymes needed for biosynthetic pathways, metabolic pathways, and detoxification. In some plant cells they are called glyoxysomes and carry enzymes for glyoxylate cycle.
Glyoxysomes are specialized peroxisomes found in plant cells. They play a key role in lipid metabolism, specifically in converting stored lipids into carbohydrates through the glyoxylate cycle. This process allows plants to utilize fats as an energy source during germination or in conditions where carbohydrates are scarce.
No, glyoxysomes are not present in animal cells. They are specialized organelles found in plant cells, specifically in the cells of germinating seeds, where they are involved in the conversion of stored lipids into sugars for energy.
No,it is not.It is a seperate organell.
Glyoxysomes
Yes glyoxysomes is an organelle.these are found in plants.
Peroxisomes are not glands.They are small organells.
Peroxisomes protect a cell from pecoxide(toxic) Breaks it down into oxygen and water they basically get rid of the toxic waste called pecoxide and turn it into oxygen and water, hope this helped:)
Most plant cells have several membrane-bound glyoxysomes. These organelles are involved in lipid metabolism and are typically found in tissues that are actively involved in lipid storage and breakdown, such as seeds and germinating plants.
New peroxisomes can arise through division of pre-existing peroxisomes, a process known as peroxisome proliferation. This can be triggered by various signals, including environmental cues and specific cellular conditions that induce the production of new peroxisomes. Additionally, peroxisomes can also form de novo from the endoplasmic reticulum, a process that involves the synthesis and import of peroxisomal proteins into pre-existing membranes to generate new peroxisomes.
Frank Roels has written: 'Peroxisomes' -- subject(s): Peroxisomes