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What is the group of organic compounds used to form parts of a cell?
Lipids, proteins, carbohydrates, and nucleic acids are the four main groups of organic compounds used to form parts of a cell. Lipids provide structure and energy storage, proteins perform various cellular functions, carbohydrates serve as a source of energy, and nucleic acids encode genetic information.
What term refers to a part of a plant that provides organic compounds for other parts of the plant?
a sink
What is an organic compounds called that is used to store energy and forms important parts of biological membranes?
A lipid organic compound is used to store energy and forms important parts of biological membranes.lipids
What organic compounds build cell parts?
maintain and repair cell structures support growth and produce secretions
What organic compounds are all organism's bodies made of?
Lipid (even in the simplest form of life, lipid is present in the plasma membrane.Carbohydrates (sugar is needed for energy)Proteins (makes up and functions in many parts of the cell)Nucleic acid (control, reproduction)
Can you clone a chicken?
You can clone most organic compounds. So yes you can clone chickens. It has been done with cows, and certain parts of the human anatomy.
Are organic compounds produced only in organisms?
Organic molecules are most abundantly found inside living organisms, but they are dispersed throughout the world's biosphere; in addition, there are interstellar gas clouds which contain organic molecules, and the atmosphere of some of the moons in the outer solar system is known to contain organic molecules, and there are likely to be many other places in the universe where we haven't looked yet, that also contain organic molecules.
What is the tissue that transports organic molecules from leaves to other parts of the plant?
The tissue responsible for transporting organic molecules from leaves to other parts of the plant is called phloem. Phloem is composed of specialized cells called sieve tubes, which form a network throughout the plant to facilitate the transport of sugars, amino acids, and other organic compounds.
Why do plant cells have more parts than animal cells?
honeslty i have no idea. :( Because plants produce organic compounds by photosynthesis and a large number of other metabolites.
What are the importance of these organic compounds in the cells and tissues of living things?
Organic compounds such as carbohydrates, lipids, proteins, and nucleic acids are essential for various functions in cells and tissues. Carbohydrates provide energy for cellular processes, lipids serve as structural components of cell membranes, proteins are involved in cell structure and function, and nucleic acids store and transmit genetic information. Overall, these organic compounds are crucial for maintaining the structure, function, and regulation of cells and tissues in living organisms.
Can Organic compounds be synthesized?
The term "organic" in chemistry at a time when certain complicated carbon compounds could not be made in the lab, but only by living things. Some scientists even believed that living things could only make these "organic" compounds because they possessed some special "spiritual essence" unique to living things that would not be accessible to nonliving things.Eventually scientists discovered enzymes and other ways of making these complicated carbon compounds in the lab, so the mystery went away but the name "organic chemistry" remained.In modern Chemistry, Organic Chemistry is the study of carbon compounds. Methane is considered the simplest organic compound. However, carbon dioxide and the various carbonates are not "organic" compounds.
Are Golgi bodies primarily cellular sites for the recapture of energy from organic compounds?
No, Golgi bodies are organelles responsible for processing, packaging, and delivering proteins and lipids to different parts of the cell. They are not primarily involved in the recapture of energy from organic compounds. Mitochondria are the organelles responsible for generating energy in the form of ATP through cellular respiration.
