question archive Nerves carry orders from the brain and spinal cord in the form of electrical signals
Nerves carry orders from the brain and spinal cord in the form of electrical signals
Subject:NursingPrice: Bought3
Nerves carry orders from the brain and spinal cord in the form of electrical signals. Nerves also help sense the state of tissues and relay this information back to the brain and spinal cord, enabling us to experience pain, pleasure, temperature, vision, hearing, and other senses. The body uses electrical signals sent along nerves to control many functions because electrical signals can travel very quickly. At the end of each nerve's axon terminals the electrical signals are converted to chemical signals which then trigger the appropriate response in the target tissue. However, the control exerted by the nervous system inevitably resides in the brain and spinal cord, an not in the nerves, which just pass along the signals. Most signals get processed in the brain, but high-risk signals are processed and responded to by the spinal cord before reaching the brain in the effect we call "reflexes".from the above case study;answer these questions
1)Which is not the part of Koch's postulate?
2)what inhibitive property of the Rec A protein leads to the accumulation of the cI protein.
3) Temperate phage can adopt only the lytic or replication cycle;critique/justify
4) The site of latency for CMV is?explain thoroughly
5)show and explain the relationship between the primary acute infection and HSV-1 in the stomatitis disorder
6)what is the impact of the delay of the infection of EBV
7)explain the phenomenon of LATs
8)why is there a minimal infection of the infecting dose when virus is small?
9)explain the concept of the null infection and relate to the tumorigenic
10)why isn't Size of the virus not the criteria for the classification of virus-host interactions?highlight the basic criteria then
