Answer:
In prokaryotes (organisms without a nuclear membrane), DNA undergoes replication and transcription and RNA undergoes translation in an undivided compartment. All three processes can occur simultaneously.
In eukaryotes (organisms with a nuclear membrane), DNA undergoes replication and transcription in the nucleus, and proteins are made in the cytoplasm. RNA must therefore travel across the nuclear membrane before it undergoes translation. This means that transcription and translation are physically separated. The primary transcript, heterogeneous nuclear RNA (hnRNA), undergoes extensive post-transcriptional processing to make a messenger RNA (mRNA)molecule that can pass through the nuclear membrane.
Explanation:
The contribution of the body to cognition and control; In natural and artificial, agents are increasingly described as 'offloading computation from the brain to the body', the body is said to perform 'morphological computation'. The investigation of 4 characteristic cases of morphological computation in animals & robots show that the 'offloading' perspective is misleading. The contribution of body morphology to cognition and control is rarely computational. 1) Morphology that assists control & the rare cases 2) Morphology that assists perception 3) morphological computation proper, like reservoir computing where the body is actually used for computation, This result contributes to understanding of the relation between embodiment and computation: the question for robot design and cognitive science isn't whether computation is offloaded to the body; but to which extent the body facilitates cognition & control - how it contributes to the overall orchestration of intelligent behavior.
<span>When two different species are competing for a resource in a contained situation, the result is the extinction of the one species or the other.</span>
two identical daughter cells
Dendrites are the processes of a neuron that receive signals from other neurons. Dendrites receive signals from other neurons via specialized junctions known as synapses.
<h3>What is Dendrites?</h3>
- The receiving end of a neuron is referred to as a dendrite. The ability of a neuron to generate an action potential is determined by the synaptic impulses exchanged between its axons and dendrites.
- Cell Body is in charge of controlling the activities of neurons. Myelin protects the axon while also speeding up and simplifying message transmission.
- Other neurons send messages to dendrites. Axons carry signals from the cell body to neighboring neurons' dendrites. It normally receives incoming impulses from other neurons via its dendrites.
- The signal sent to other neurons travels along the axon. Despite having millions of dendrites, a neuron only has one axon. Within a neuron's fourth special part
To learn more about Dendrites, refer to
brainly.com/question/20065619
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