Answer:
The similarities in the way barchan and hooked spit forms are:
First, they are formed from sediment or sand movement.
Second, this movement makes them have a peculiar curved form that provides them their major characteristic.
Explanation:
First of all, barchans are sand formations that are created after the accumulation of sand in a place is moved by the wind and provides them a curved form. However, they exist only out of the sea.
Second, hooked spits are formations that happen after sea movement displaces the sediment to create a curved structure that can only exist in the sea. These formations affect the strength and direction of the waves in the sea due to their curved form.
Answer:
The genome of an organism is inscribed in DNA, or in some viruses RNA. The portion of the genome that codes for a protein or an RNA is referred to as a gene. Those genes that code for proteins are composed of tri-nucleotide units called codons, each coding for a single amino acid.
Explanation:
<span>specialized cells, thats what bone and blood cells are considered </span>
To find the functional connection's purpose in <em>A. thaliana's</em> chromatin, transcription, and splicing. It was studied and evaluated with the RNAPII processivity (involvement of TFIIS), chromatin structure (roles of BRM, SWI3c, and H1.3 in AS), and spliceosome formation were all investigated at three separate levels (characterization of the role of spliceosome disassembly factor NTR1 in the selection of splice sites).
The alteration of RNAPII elongation rate as the mechanism for NTR1 and TFIIS influences splicing.
Lack of NTR1 causes both localized lower RNAPII levels at those splice locations as well as defective splicing. This can be translated as quicker transcription elongation over those sites in accordance with the kinetic concept of transcription/splicing coupling.
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