Answer:
diffusion
Explanation:
diffusion occur from lower concentration to higher concentration
Flowering plants under se-xual reproduction and produces seeds which from which new plants are produced.
<h3>What are plants?</h3>
Plants refers to a large group of organisms belonging to the kingdom Plantae which are mostly green and whose mode of nutrition is autotrophic.
Plants store sugars as starch as use sunlight as an energy source.
Plants in different habitats show adaptations to their habitats.
For example desert plants have few stigmata compared to tropical plants on order to conserve water.
The dermal tissue of plants help to protect them from mechanical injury.
Plants can be grouped as either flowering or nonflowering.
Flowering plants undergo se-xual reproduction and produces seeds which from which new plants are produced.
Learn more about plants at: brainly.com/question/29594
The order from smallest to largest would be:
H < C < N < O < Amino acid sequence < Globular Structure < Amino acid
The smallest should start from the elements. Among C, H, O and N, the lightest is the hydrogen, followed by carbon, nitrogen, then oxygen. You'll know this based on the periodic table. Next, is the amino acid sequence. This is the linear structure. Following is the globular structure which is the tertiary structure. The whole would be the amino acid.
Terminator technology proposed methods for restricting the use of genetically modified plants by activating some genes only in response to certain stimuli, especially to cause second generation seeds to be infertile
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Answer:
Both eukaryotes and prokaryotes have gene regulation strategies. By gene regulation, the amount of protein is maintained in the living cell.
In prokaryotes, operons are present which are controlled by a regulatory gene that regulates the synthesis of protein in prokaryotes. In eukaryotes, repressor and transcription activators regulate the expression of gene and protein formation.
So by gene regulation cell maintains the number of protein molecules to become too great for a cell. Without gene regulation the survival of any organism is not possible.
