<h2>Perception disorder of hearing</h2>
Explanation:
- Alphonse's perceptual or cognitive functions is most likely impaired of the hearing function.
- Stroke can influence all degrees of the sound-related pathway from the consultation organ to the cortex and show with deficiencies in audiometric edges or potentially progressively complex central auditory processing disorder (CAPD) with perceptual challenges in speech, sound acknowledgment, and restriction. However, sound-related impedances in stroke patients may stay undocumented, as these may not get evident on shallow assessment and can effectively affect quiet correspondence and recovery after stroke.
- Hearing loss doubles the risk for dementia after vascular variables are controlled and is one of a couple of modifiable hazard factors for dementia with a population inferable part (i.e., rate decrease in new cases over a given time) of 9.1%. Stroke builds the hazard for vascular dementia and is related with quickened post-stroke cognitive decline
- Stroke survivors with various types of sound-related hindrances may in this way be much more helpless against subjective decay than the overall public or stroke survivors without hearing debilitation. There are a few administration alternatives for the remediation of sound-related impedances and related difficulties (fringe as well as focal), including portable hearing assistants and assistive listening devices.
Answer:
The kind of feedback loop described above is:
a negative feedback loop.
Explanation:
A negative feedback loop causes homeostasis. A negative feedback loop tends to stabilize the ecosystem, creating some balance. Positive feedback loops, on the other hand, enhance or amplify changes, moving the system away from its equilibrium state, and making it unstable. With negative feedback loops, changes are dampened or buffered. This causes the system to maintain some equilibrium or remain in a stable state. All homeostatic systems, such as thermoregulation (which regulates the body temperature) and blood sugar regulation, operate on negative feedback loops.
Answer: DNA polymerase I is able to proofread; DNA polymerase III is not.
Explanation:
Escherichia coli is a gram negative anaerobic bacteria that is found in the gastrointestinal tract of and humans and animals. Escherichia coli has 5 types of DNA polymerase.
a. Polymerase I is used to repair any damaged DNA and proof reading
b. Polymerase II is used in proof reading, DNA Replication and repairs.
c. Polymerase III is primarily responsible for DNA replication. It also has the ability to proof read.
d. Polymerase IV is used to change genetic information of Escherichia coli.
e. Polymerase V is used in DNA repair in Escherchia coli.
