Answer:
The correct option is alternate splicing
Explanation:
In genetics, alternate splicing can be described as a phenomenon through which a single gene can be regulated to produce more than one type of protein. In alternative splicing, certain exons (coding regions of DNA), may be added or removed from the mRNA produced from a gene. This method will make different mRNA's from a single gene. Hence, different proteins will be made from a single type of gene. Alternative splicing is a common phenomenon that occurs in eukaryotes.
It is easier and more effective to prevent pollution than to clean up and dispose of waste.
b.
Remediation of contamination is easier than pollution prevention.
c.
Habitat restoration cannot be undertaken with modern technologies.
d.
Safe waste disposal is the easiest was to minimize environmental risk.
The control of pollution is key to minimize environmentalrisk due it is easier and more effective to prevent pollution than to clean up and dispose of waste (option A).
Pollution refers to the contamination of water, air (atmosphere), and soils with nocive substances that may be harmful to the environment.
In conclusion, it is easier and more effective to prevent pollution than to clean up and dispose of waste (option A).
Learn more about pollution here:
The correct answer for this question is a) It is easier and more effective to prevent pollution than to clean up and dispose of waste.
Yes, it is more effective way to control environmental risk by preventing pollution at its source. First it help us to control the flow of toxicity through water and air. It is often more difficult and expensive to control pollution after it has been released into the environment so it will also help us to cut the cost of treatment of pollutants
B. Neogene
C. Cambrian
D. Cretaceous
Answer:
Explanation:
D
Answer:
c is it I think
Explanation:
chemical signals, synapse, neurotransmitters
synapse, electrical signals, chemical signals
synapse, electrical signals, neurotransmitters
Answer: The correct answer is -
chemical signals, synapse, neurotransmitters are the terms, which are associated with communication between neurons.
Explanation:
Neuron is considered as the basic unit of the nervous system.
It is used for the transmission of impulses throughout the body. Chemical signals called neurotransmitters are released by the nerve endings into the synapse (gap between two neurons), which transmit the chemical signals to neighbouring neurons.
Thus, chemical signals, synapse, neurotransmitters is the right answer.
Neuron Communication through an electrochemical process involving synapses, electrical signals, chemical signals, and neurotransmitters. Synapses occur when a neuron releases neurotransmitters that diffuse and bind to another neuron. This process elegantly facilitates intricate neurological functions.
The terms associated with communication between neurons are synapse, electrical signals, chemical signals, and neurotransmitters.
Neurons communicate through a process often described as an electrochemical event where the movement of an action potential down the axon is an electrical event, and the movement of neurotransmitters across the synaptic gap represents the chemical portion.
Synapses occur when one neuron releases neurotransmitters that diffuse across the gap and bind to another neuron.
Chemical signaling is facilitated by neurotransmitter molecules stored in vesicles, which release their contents upon sufficient stimulation such as dopamine, a neurotransmitter involved in various neurological processes.
Learn more about Neuron Communication here:
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