Eubacteria can have various symbiotic relationships, including mutualism, where both the bacteria and the host benefit; commensalism, where the bacteria benefits and the host is unaffected; and parasitism, where the bacteria benefits at the expense of the host. The type of relationship depends on the specific interactions between the eubacteria and the host organism.
The type of symbiotic relationship that is represented by the Bot Fly and the oropendula is a behavioral and social symbiosis.
symbiosis or a symbiotic relationship
Mutualism is a type of symbiotic relationship in which both organisms benefit from each other. This can involve one organism providing resources or services that the other organism needs in exchange for benefits.
Neutralism - this refers to the relationship where neither organism extracts benefit but neither are they harmed by co-existing
Eukaryotes are believed to have evolved from a symbiotic relationship between an ancient archaebacterium and a eubacterium. This theory is supported by similarities in their genetic sequences, membrane structure, and other cellular processes. As a result, eukaryotes share more genetic and structural similarities with archaebacteria than eubacteria.
Yes
Symbiotic relationship? Parasitic.
Commensalism.
The type of symbiotic relationship that is represented by the Bot Fly and the oropendula is a behavioral and social symbiosis.
(parasitism)
A mychorrizal relationship.
The relationship of a tick to a deer is parasitic, not symbiotic.
no one knows
A symbiotic relationship.
It is called a lichen.
no
It would never be a symbiotic relationship... the relationship would be parasitic (the flea benefiting from the blood and the moose being harmed from the taking of its blood). - Actually parasitism is a type of symbiotic relationship. any close relationship between two organisms is a symbiotic relationship no matter the conditions of said relationship