Answer:
It must belong to the Kingdom Fungi.
Explanation:
Fungi are the organisms that have long thread-like structures called hypha in their body. Many hyphae together form a mass called mycelium. Fungi are eukaryotes and have a well-defined nucleus in their cells. They also have cell walls that are made up of chitin. Fungi are mostly multicellular. However, yeast is the fungi that have a single cell in their body. Fungi are heterotrophs and derive their nutrition by parasitic or saprophytic mode of nutrition. Therefore, the given description tells that the microbe should be a fungus.
Mutualism is a way of life in which two species that could live independently come together permanently or sporadically and each one puts something on their side for the survival of both. In nature there are many types of mutualism, for example, the spider and the toad, the narrow-billed toad is an ally of a type of tarantula that usually devours small frogs, but what, in exchange for this small amphibian to eat the parasites that affect its eggs, the arachnid allows it to live in his burrow underground and in return defends him from possible predators, like owls, throwing to them urticating hairs in their eyes.
Negative reinforcement increases the rate of a response; Punishment decreases the rate of a response.
Biotechnology is used by forensic scientists to collect or process trace evidence such as hair, skin, blood or semen samples, which is found at crime scenes.
The theme "form=function" represents the shape of the biomolecule that determines its function.
The theme "form=function" can be best understood by the study of proteins. Proteins are the biopolymer made up of the repeting subunits of monomers called the amino acids. Amino acids are the organic compounds made up of an amino group and a carboxyl group. In addition to this, they contain a functional "R-group" that determines the amino acid. These R-groups in the amino acids of a protein either attract or repel from each other giving a three dimensional structure to the protein which is critically important for its functioning.
Similarly, the cell wall of the plants are made up of the cellulose. It is a structural carbohydrate biomolecule responsible for providing rigidity to the cells and protecting them.