Answer:
It is the cerebellum that processes information received from the cerebral motor cortex, brain stem nuclei, and various sensory receptors, and then uses this information to coordinate balance, posture, and somatic movement problems
Explanation:
Cerebellum is a vital brain part that regulates all motor movements. It processes all the information received from spinal cord and sensory system to co-ordinate voluntary movements thereby resulting into smooth and balanced muscular activity.
It is just the ten percent of brain size but consists of almost 50% of the brain's neurons which are specialized cells in transmitting information via electrical signals.
Hence, It is the cerebellum that processes information received from the cerebral motor cortex, brain stem nuclei, and various sensory receptors, and then uses this information to coordinate balance, posture, and somatic movement problems
Answer:
Below
Explanation:
1. Sedimentary rock
2. Metamorphic rock
3. Magma
4. Igneous rock
5. Weathering and Erosion Ign.
6. Weathering and Erosion Met.
7.Weathering and Erosion Sed
8. Compaction and Sedimentation.
9. Heat and pressure Sed.
10. Heat and pressure Ig
11. Melting
The answer is D. This is illustrated in the attached punnet square . There 25% homozygous dominant and the 50% heterozygous will have a polka-dot ponytail phenotype. The 25% homozygous recessive will have a solid color tail. Therefore the phenotypic ration is 3:1 (75%:25%).
Scientists have isolated the gene that produces the bioluminescence protein and inserted the gene into the embryos of tetra fish. This results in tetra fish that produce a green glow.
<h3>How, support your answer?</h3>
Tetra fish is a type or an example Glofish that has undergone genetic modifications whereby the gene in jelly fish that produces the green fluorescent protein (GFP) was extracted and inserted into the embryos of the tetra fish thereby causing them to glow or fluoresce in the presence of Ultraviolet light or natural light.
The genetically modified tetra fish passes this fluorescent gene from one generation to another.
Thus, The aim of this genetic modification in tetra fish was to be able to detect water pollution in the sea using the glow of the tetra fish.
To learn more about bioluminescence click here:
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