Answer:
Water is strange in the case that very few compounds are liquid in room temperature without carbon. Also, very little solids float on their liquid forms. It is able to dissolve or dissociate many particles. It is a what is known as a Universal Solvent. Try explain how water is so good at dissolving things that water has minerals stuck with it almost all the time. try dissolving things into it and comparing it to other things.
Glia cells have more activity and are more essential than previously thought. To start they help with Neuronal communication, they help to potentiates the communication between the neurons, also it potentiates the cerebral functions, lastly, these cells migrate to regions of the brain where pathologies are found and proliferate, interacting with the immunological system.
Anything but the component of the cell membrane
The bones that form the prominences of the cheeks as well as part of the lateral wall and floor of each orbit are the Zygomatic bones.
The zygomatic bone is proportionately small but structurally important. It is almost quadrangular in shape and it is characterized by three surfaces, five borders and two processes.
It conveys the pressure exerted on the zygomatic region towards three otherwise unconnected bones i.e. the maxilla, the frontal as well as the temporal bone.
The zygomatic bones also possess the system of canals for the branches of the zygomatic nerve. The zygomatic bone extends backward to join the zygomatic process of the temporal bone, making the zygomatic arch.
To learn more about Zygomatic bones here
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Answer:
a. the primary transcript
Explanation:
The first step in RNAm maturation is the modification of the 5' end of the transcript via the addition of a structure called a cap or 7-methyl guanosine cap. The enzymes responsible for the formation of this cap are recruited to the phosphorylated C-terminal domain after the addition of the first twenty to thirty nucleotides of ARN. The formation of the cap is started by the addition of a GTP molecule oriented inversely to the 5' end nucleotide on RNA. Then methyl groups are added to this G residue and to the ribose forms of one or two nucleotides located on the 5' end. All these reactions take place in the nucleus when the mRNA is found as a primary transcript.