The coded information in a DNA molecule is determined by the - sequence of nitrogenous bases in a nucleotide sequence.
Thus, The coded information in a DNA molecule is determined by the - sequence of nitrogenous bases in a nucleotide sequence.
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The coded information in a DNA molecule is determined by the sequence of the nucleotides adenine (A), cytosine (C), guanine (G), and thymine (T). This sequence forms genes that provide the instructions for building proteins. This genetic information is structured in a way that allows it to be passed from generation to generation, making DNA the primary source of heritable information.
The coded information in a DNA molecule is determined by the sequence of its nucleotides that bond with the 1-carbon of deoxyribose. In DNA, these nucleotides are adenine (A), cytosine (C), guanine (G), and thymine (T), and they each correspond to a specific amino acid. This nucleotide sequence is termed the genetic code, and it forms genes that provide the instructions necessary to build proteins through processes called transcription and translation.
Each series of three nucleotides, or codon, codes for a specific amino acid. Though there are 64 possible codons, they only specify 20 amino acids, and there are even some, termed 'nonsense codons', that signal for the termination of a protein sequence. This is known as the central dogma of molecular biology, which outlines the flow of genetic information within a cell from the DNA to mRNA to the proteins.
Although the pairing combinations of certain bases are fixed (C-G and A-T), the sequence of nucleotides in the strand can vary, which is what makes DNA the primary source of heritable information. It's worth noting that almost every species on the planet uses this same genetic code, and the differences in their DNA sequences is what accounts for the wide variety in life we see today.
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An enzyme remains unchanged after it catalyzes a chemical reaction.
An enzyme is a biological catalyst that regulates the rate of biochemical reactions in living systems.
Enzymes aid in the occurrence of certain reactions in the body. That is, some chemical reactions cannot occur without specific enzymes.
Enzymes act by binding their active site to the substrate. However, they remain unchanged after the reaction i.e. can be reused.
Therefore, an enzyme remains unchanged after it catalyzes a chemicalreaction.
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Aristotle's divided living beings into plants and animals and Linnaeus created a method of classification.
Aristotle's divided them into two groups:
which would have subgroups organized according to the environment in which they lived, being characterized as
The Swedish naturalist Carl von Linnée (1707-1778), better known as Linnaeus, defined structural and anatomical characteristics as a classification criterion.
With this information, we can conclude that Aristotle's divided living beings into plants and animals and Linnaeus created a method of classification.
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regions are determined by the taxonomic or phylogenetic relationships of animals. The map
shows the zoogeographic regions proposed by the naturalist Alfred Russel Wallace in 1876.
Zoogeographic Regions
Nearctic
Palearctic
Ethiopian
KEY
Neotropical
Geographical barriers
such as mountains or
bodies of water
Australasian
The similarities of organisms in which two areas numbered above provide the best evidence
for common ancestry between the organisms in both locations?
O 5 and 6
Answer: Well, lets think about it they both have common ancestry . Two common things you can take is you can ask yourself what different parts one has and what one does not have to find the answer. for any more help let me know!
Explanation: Have a great day :)
it is considered to be red