Submitted by: Submitted by babayoobuang
Views: 10
Words: 436
Pages: 2
Category: Science and Technology
Date Submitted: 06/28/2016 05:49 PM
1. What is the rule of thymus?
Thymus is a site where T- lymphocytes, after origination, divides and at the same time develop extreme diversity for reacting against specific antigens (ambot sa sulat mo haha). Thymus also makes certain that any T- lymphocytes leaving it will not react against proteins or other antigens that are present in the body’s or in tissue. (STRUGGL E IS REAL)
2. What is an antigen?
Antigen is a substance that can react with an antibody, an agent that can cause an immune response.
3. According to the conduction test, was the Amnier nerve function normal?
Yes
QUESTIONS
http://www.papercamp.com/enter?save_page=%2Fessay%2F28801%2FThe-Tired-Swimmer-Answers
What vital signs or symptoms does Annie exhibit?
Secret///
Can you see any common features in Annie’s signs and symptoms?
gurow///
Why is Annie having problems breathing?
Cause she is fat///
What are the possible reasons for Annie’s condition?
What additional vital signs or symptoms does Annie exhibit?
Draw a cross section of the mammalian spinal cord, including the dorsal and ventral roots, and
draw a muscle to one side on the spinal cord. Draw in a refl ex that includes a sensory nerve, an
interneuron, and a motor nerve.
How could a decline in muscle function contribute to eye strain and blurred vision?
What are the possible reasons for Annie’s condition?
According to the conduction test, was Annie’s nerve function normal?
According to Annie’s emg test, was Annie’s skeletal muscle function normal?
Considering your answers to Questions and , why did activity in Annie’s motor nerves produce
a skeletal muscle response that fatigued during repetitive stimulation?
Fill in the blanks in the accompanying fl ow chart of the neuromuscular junction (see next page).
Now take each stage in turn and discuss how sustained neural activity could create a dysfunction
and result in a decrease in muscle response during repetitive motor nerve stimulation....