In DNA, guanine pairs with cytosine with the help of triple bonds.
DNA stands for deoxyribonucleic acid. It is the genetic material of most living organisms. It carries genetic information as well.
In DNA, cytosine pairs with guanine with the help of the same triple bonds.
In DNA, each base pair binds to its complementary base pairs with the help of two or three hydrogen bonds.
It is the principle of the Chargaff's rule.
To learn more about Base pairs in DNA, refer to the link:
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Answer:
Your Answer is Guanine
Explanation:
In the article: Definition of base pair - NCI Dictionary of Cancer Terms, it states, that DNA base pair. Under normal circumstances, the nitrogen-containing bases adenine (A) and thymine (T) pair together, and cytosine (C) and guanine (G) pair together. The binding of these base pairs forms the structure of DNA .
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Answer:
The humans are the dominant consumers. They influence food chains and food web through agriculture, production of energy, habitat destruction, pollution, hunting, and overfishing. This is generally done in order to fulfill the demands for food and shelter along with the growth of population. In long term, it influences aquatic and soil ecosystems.
In case if due to human activities if one community of animals gets extinct then there will be a chain reaction of animals getting extinct. The animals live in harmony to thrive and without which it will proliferate into more extinct animals. Ultimately the majority of the animals will no longer be alive.
DNA 2: TAC CCG ACG GGC GAT AGT TTT
a) What types of mutation have occurred in each of the DNA 1 and DNA 2 sequences?
b) Explain how these mutations affect the amino acid sequence produced and the overall effect on the final protein. Which mutation will cause the most disruption to the overall protein structure and why?
contracts to move substances through the body
B.
provides structure and support
C.
removes metabolic waste products from the body
D.
breaks down food to acquire nutrients
Answer: Sensory neuron
The information in neural transmission which always travels in one direction in the neuron first goes through the sensory neuron
Explanation:
The sensory neuron transmits impulses from the sensory cell or receptor towards the central nervous system (spinal cord and brain). From there they are relayed to the intermediate neuron, before being transferred to the motor neuron that brings about a response.
See the chart below
Sensory neuron ----> Intermediate neuron ----> Motor neuron
In neural transmission, information first goes through the dendrite of a neuron, converting chemical signals into electrical impulses. These impulses then travel to the axon and finally, the axon terminals. The unidirectional flow of these signals ensure clear and constant transmission of messages.
The information in neural transmission that always travels in one direction in the neuron first goes through the dendrite. The dendrites are specialized to receive chemical signals from the synaptic cleft which are then converted into electrical signals.
From there, the electrical impulses (or action potentials) flow through the neuron, to the axon and finally to the axon terminals, where the signal is ready to be transmitted to the next neuron via neurotransmitters.
This unidirectional flow of information ensures that messages are transmitted in a clear and consistent manner throughout the neural network.
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