Answer:
The pathogen replicates without using host cells replication machinery, and it is directly transmitted
Explanation:
We could infer that the disease is caused by bacteria, as we know that it can be cured by using <u>antibiotics</u>. Antibiotic a group of drugs capable of destroying bacterias or inhibit their growth.
Bacterias have many different ways of propagating, one of them is by contact:
- Direct contact: This occurs when people touch or kiss a sick person, or there is an interchange of liquids and corporal fluids (such as sweat or blood) between the healthy person and the sick person.
- Indirect contact: the transmission occurs through an object.
Bacterias do not need any other living being to reproduce and they are able to survive under extreme conditions. Bacteria do not need any host to replicate.
In the exposed example, the disease is cured by using antibiotics, and its transmission is by direct contact, such as handshaking or touching.
The statement 'when paired with an immunosuppressant drug, saccharine (sugar) did not have immunosuppressant effects on rats' is FALSE. Saccharine is an artificial sweetener.
<h3>Immunosuppressant drugs and saccharine</h3>
Immunosuppressant drugs are a type of drug that exhibits a depressive effect o the immune system of the individual.
Immunosuppressant drugs include, for example, adalimumab, infliximab, calcineurin inhibitors, cyclosporine, etc.
Moreover, saccharin is an artificial sweetener that is 400 times as sweet as sucrose (sugar).
Learn more about immunosuppressant drugs here:
brainly.com/question/830058
Because atoms are conserved in a reaction and atoms are the building blocks of matter thus is it said that matter is conserved.
for your own knowledge .... a few other things are conserved
mass
momentum
energy
charge
The cell stays in the interphase stage the longest. The interphase stage includes the G1 phase which is the initial growth of the cell. Next is the S phase and in simple terms it’s just the replication of the DNA. Next is the G2 phase which is the continued phase of cell growth. After interphase is completed, the cell enters prophase, then metaphase, then anaphase, then telophase, and finally cytokinesis.
