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For Each of the Following Sentences, Fill in the Blanks

question 37

Essay

For each of the following sentences, fill in the blanks with the best word or phrase selected from the list below.Not all words or phrases will be used; use each word or phrase only once.
 antiparallel  four  tail β barrel  globular  ten  coiled-coil  head  trimeric  covalent  rod  twenty-five  eight  seven  two \begin{array}{lll}\text { antiparallel } & \text { four } & \text { tail } \\\beta \text { barrel } & \text { globular } & \text { ten } \\\text { coiled-coil } & \text { head } & \text { trimeric } \\\text { covalent } & \text { rod } & \text { twenty-five } \\\text { eight } & \text { seven } & \text { two }\end{array}

Intermediate filaments are elongated fibrous proteins with an N-terminal globular __________ region and a C-terminal globular __________ region; these regions flank the elongated rod domain.The α-helical region of the rod interacts with the α-helical region of another monomer in a __________ configuration to form a dimer.__________ dimers will line up to form a staggered tetramer.__________ strands of tetramers come together and twist together to form the __________ nm filament.The __________ domains are exposed on the surface of the intermediate filament, allowing for interaction with cytoplasmic components.


Definitions:

Afterimage

A visual illusion in which a retinal impression persists after the removal of a stimulus, often seen with contrasting colors or intense lights.

Place Theory

A theory in psychology and philosophy that suggests physical location and environment play a significant role in how individuals perceive and interact with the world around them.

Frequency Theory

A theory in the field of psychology that suggests the rate at which nerve impulses are fired in the auditory nerve corresponds to the frequency of a sound wave, enabling us to detect its pitch.

Volley Principle

A theory in auditory neuroscience suggesting that groups of neurons can provide a temporal coding for frequencies by firing in rapid succession, allowing the brain to perceive sounds up to about 5000 Hz.

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