Forms root nodules and provides nitrates to plants .
rhizobium helps in fixing atmospheric nitrogen into the plant which is an integral component of proteins
explain the role of nitrifying bacteria in making nitrate available to plants?
It's involved in making proteins. Good luck on your Biology test.
Rhizobia are soil bacteria whose role is fixing nitrogen after establishing inside root nodules(roots of plants) of legumes (Fabaceae). Rhizobia require a plant host; they cannot independently fix nitrogen. Nitrogen is the most commonly deficient nutrient in most soils around the world and it is the most commonly supplied plant nutrient. Supply of nitrogen through fertilizers has severe environmental concerns. Ahmed Urbizo
Most of nitrogen is fixed naturally by bacteria. Most nitrogen fixers are either free or sybiootic eg. Rhizobium.
They contain the information to make the proteins.
Yes, a bacterium known as rhizobium lives inside special nodules on the roots of soybeans and other legumes. Rhizobium is able to take gaseous nitrogen from the atmosphere and turn it into an organic form, which can be use by the plant. The bacteria gets a safe place to live inside the plant and the plant gets nitrogen from the bacteria.
explain the role of nitrifying bacteria in making nitrate available to plants?
It's involved in making proteins. Good luck on your Biology test.
Rhizobia are soil bacteria whose role is fixing nitrogen after establishing inside root nodules(roots of plants) of legumes (Fabaceae). Rhizobia require a plant host; they cannot independently fix nitrogen. Nitrogen is the most commonly deficient nutrient in most soils around the world and it is the most commonly supplied plant nutrient. Supply of nitrogen through fertilizers has severe environmental concerns. Ahmed Urbizo
transport proteins play a role in both
What role do chromosomes play when a cell makes proteins
Making nitrogen available to plant roots is the role of rhizobium bacteria in farming.Specifically, the micro-organism in question (Rhizobiumspp) becomes established in nodules inside a plant's roots. It converts insoluble nitrogen into soluble form, which is the only way that the nutrient in question can be taken in by plant roots and transported up the xylem network and down the phloem network inside the plant. Otherwise, nitrogen remains available within the soil but inaccessible and unusable until transformed into plant-usable form.
Most of nitrogen is fixed naturally by bacteria. Most nitrogen fixers are either free or sybiootic eg. Rhizobium.
At www.fernlea.com, it says "This nutrient is responsible for the healthy green color of your plants. It is an essential part of proteins and chlorophyll, the plant pigment that plays a vital role in photosynthesis. Nitrogen deficiencies result in a yellowing of leaves, and a general slow down in growth."
proteins
henry clay
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