Part C Suppose that you discover cels containing a mutation in a second protein and learn that this mutation also prevents mitotic cyclin from being degraded the onset of mitosia, even when mitotic cyclin is normal. The degradation of other proteins appears to proceed normally in such cells. A mutation in what kind of protein might explain such results? O Amutution in an activating enzyme that specifically binds to a degron present in mitotic cyclin would explain such observations. O A mutation in an ubiquitylated protoin that specifically binds to a degron esent in mitotic cyclin would explain such observations. A mutation in ubiquitin would explain such observations. O Amutation in a recognition protein that specifically binds to a degron present in mitotic cyclin would explain such observations. Submit Reauest Anawet
Anatomy and Physiology of Special Sensory Organs
Sensory organs can be labeled as special sensory structures that permit sight, hearing, odor, and flavor. Sensory structures permitting proprioception, touch, thermal, and pain perception can be classified as more advanced sensory organs. The sensory neurons are trained to find out modifications in the external and internal conditions so that a person's body can react to that change. A stimulus is the first signal that is recognized by any sensory receptor of the body. Stimulus is an impulse generated when there is a change in the surroundings of a person. For example, a heated environment will alert the brain through the thermal sensory organs and generate a reflex accordingly.
Sensory Receptors
The human sensory system is one of the most complex and highly evolved structures, which processes a myriad of incoming messages. This well-coordinated system helps an organism or individual to respond to external stimuli, appropriately. The sensory receptors are an important part of the sensory system. These receptors are specialized epidermal cells that respond to external environmental stimuli. These receptors consist of structural and support cells that form the peripheral unit of the receptor and the neural dendrites which receive and detect the external stimuli.
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