They are both forms of active immunity.
<h3>What is active immunity?</h3>
When our own immune system defends us against a pathogen, this is known as active immunity. Our immune system develops active immunity when exposed to a potential disease-causing substance (i.e., pathogen). Active immunity is crucial since it not only "fights off" these pathogens but also lasts a very long period in the form of immunologic memory.
B and T lymphocytes with the ability to recognize a particular pathogen make up immunologic memory. These cells circulate at low levels in human bodies, but if they become "activated" by encountering the pathogen while traveling, they rapidly begin to multiply and send signals to other immune system components to do the same. There are two reasons memory cells are important. They first help our immune systems react swiftly. The immune response is prepared the moment the infection is contacted since they are secondly pathogen-specific.
I understand the question you are looking for is this:
What do "having the measles" and being vaccinated against the measles have in common?
- They are both forms of active immunity.
- They are both forms of neutral immunity.
- They are both forms of passive immunity.
- They are both forms of infection.
- They are both forms of immune deficiency.
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Answer:
Explanation:
for number 1, Kinesiology is a sophisticated word for the study of movement, a relatively new and exciting area of learning. In 1990, the American Academy of Physical Education resolved to identify a common name and focus in order to describe the academic discipline and to unite the field.
Seat belts and airbags were inserted into cars around the time of the late 1950s so the rate of death during a car accident would decrease because people are more likely to survive. And then in 1991 Side Impact Protection System (SIPS) was placed into cars again reducing fatalities during a car incident as people became more protected. :)
Answer:
f. 1- Hb; 2- dissolved in plasma
Explanation:
Transport of oxygen in the body occurs in two way; oxygen bound to hemoglobin and oxygen dissolved in plasma.
1. Bound to hemoglobin
:
Hemoglobin, or Hb, is a protein molecule found in red blood cells and is responsible for the colour of red blood cells. It is composed of four subunits of two types of the protein globin: two alpha subunits and two beta subunits. Each subunit surrounds a central heme group (red in color) that can bind one oxygen molecule.Therefore, each hemoglobin molecule can bind and transport four oxygen molecules. About 98.5% of oxygen is transported in the body bound to hemoglobin.
2. Oxygen is only fairly soluble in blood plasma. As a result, only 1.5 percent of oxygen in the blood is dissolved and transported in blood plasma.
Answer:
From the experiments that have been carried out, it is known that Mendel's theory of segregation can be proven even though the probability is true that the value is not 100%. By using the calculation of the Chi quare equation from the results of existing experiments, it has been found that the theory is compatible with the experiments.
Of all the possibilities of coin tosses in the second experiment, the result is that the probability of a coin not being equal to the "coin" is greater than the possibility of a coin equal to "coin". If we relate to Mendel's theory of cell segregation, then the possibility of random gene descent is correct, but this experiment is not necessarily appropriate because it is done with different observational objects, maybe in genetic genetic descent, there are other determinants that determine heredity genes.
Apart from that, results
Explanation:
