Answer:
have an open circlitory system
Explanation:
Answer:
Explanation:
If you think of the double helix structure as a ladder, the phosphate and sugar molecules would be the sides, while the bases would be the rungs.
The process of converting the genetic message from DNA into RNA is called transcription.
Transcription is the phase of gene expression in which a certain part of DNA is copied into RNA. Transcription is carried out by the enzyme RNA polymerase which joins nucleotides to produce an RNA strand and uses a DNA strand as a template. The three stages involved in transcription are initiation, elongation, and termination.
I believe the answer is A
Answer:
Photosynthetic: a portion of the microscopic organisms are photosynthetic in nature they can utilize carbon dioxide and daylight for the development of nourishment. Model: cyanobacteria or blue green growth.
Other microscopic organisms are heterotrophic in nature they are not ready to incorporate nourishment without anyone else and relies on living and nonliving material for their supplements. Model pseudomonas, staphylococcus. These are chemotrophic, organ trophic and so forth.
Archaea: it is a gathering of archaea which are considered as associating join among eukaryote and prokaryote. Archaea are considered as archaebacterial yet don't have a place with the gathering of Bacteria. They have unmistakable highlights then microscopic organisms that is the reason they set in various gathering. A large portion of the archaebacterial are extremophiles and they don't present in ordinary condition where typical microscopic organisms are available. Because of their territory they have diverse basic and practical properties.
Pathogenic: a portion of the gathering of Bacteria are pathogenic in nature implies they can make malady any host. Pathogenic microscopic organisms are unique in relation to nonpathogenic microbes in auxiliary design and utilitarian properties. They have wide scope of host from plant and creatures. Pathogenic microbe’s displays polysaccharide covering, poisons, containers, discharges, compounds and so on. These all things give them pathogenic properties.
Gram negative: Gram recoloring is a strategy for recoloring the phone mass of microorganisms by which we can recognize gram positive and Gram Negative microbes. It is given by researcher Christian Graham in which we use Crystal Violet to recognize Gram Positive Bacteria. Gram Negative microbes don't take-up Crystal Violet and they are recolored by counterstain safranin.
