No. Sugars are composed of carbon, hydrogen, and oxygen, but not nitrogen.
No. Sugars contain only carbon, hydrogen, and oxygen.
Phosphorus complexes are present in proteins but is not present in sugars or fats..
The question doesn't make a lot of sense. All DNA is composed of sugars, phophates, and nitrogen bases.
No. Mutation changes the sequence of nitrogen bases in a DNA molecule.
Nitrogen fixing bacteria are anaerobic bacteria present in the soil or in some plant roots that change nitrogen gas from the atmosphere into solid nitrogen compounds (e.g. ammonium salts) that plants can use in the soil.Nitrogen fixing bacteria that are symbiotic with plants use sugars supplied by the plant they live in to provide the metabolic energy to carry out this process.
The groups are 1. Phosphate 2. Deoxyribose sugar 3. Nitrogen base The phosphates and deoxyribose sugars make up the sides of the helix (alternating one after the other) and nitrogen bases are the "rungs" of the helix.
Nitrogen and carbon
neucleosides are pentose sugars without nitrogen base while neucleotides are pentose sugars with nitrogen bases on first carbon atom
POTASSIUM
no structural connection between carbohydrates and nitrogen; but in glycoproteins, sugars are attached to the amide nitrogen atom (N-linkage) or to
Mainly carbon, nitrogen, hydrogen, and oxygen.
Phosphorus complexes are present in proteins but is not present in sugars or fats..
hell if i know
hell if i know
hell if i know
Nitrogen fixation occurs in leguminous plant that have nitrogen fixing bacteria in the root nodule. The plants utilize the nitrogen from the nitrogen fixing bacteria. The bacteria utilize plant sugars formed via photosynthesis.
The carbon cycle and nitrogen cycle are related due to both plants and mammals using them. Plants take both carbon and nitrogen in and convert them to sugars and proteins that humans eat when eating the plants.
The question doesn't make a lot of sense. All DNA is composed of sugars, phophates, and nitrogen bases.