Explanation:
Okie here's how I study for a test I take as much notes as i can.Then I go back through the models and refresh my brain.You can do it as many times as you want another way is study before bed that should also help!
Hope that helps
Answer:
Vaccination involves showing the immune system something which looks very similar to a particular virus or bacteria, which helps the immune system be stronger when it is fighting against the real infection.
Explanation: "it is what it is".
According to the research, the correct option is Unicellular organism that contains DNA. It is a characteristic of the infectious agent that causes chlamydia.
<h3>What is chlamydia?</h3>
It is a transmitted infection that occurs when a microorganism called Chlamydia trachomatis, which is a flagellated, unicellular protozoan, has been acquired.
It can cause pelvic inflammatory disease if it is not treated in time and cause irreversible damage such as infertility and the most used treatment consists of a single dose of an antibiotic that does not usually have adverse effects and is also suitable for pregnant women.
Therefore, we can conclude that according to the research, the correct option is Unicellular organism that contains DNA. It is a characteristic of the infectious agent that causes chlamydia.
Learn more about chlamydia here: brainly.com/question/14319379
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Just substitute the value of C in the expression and you'll get the value in Fahrenheit as your answer,
5) F = 1.8(35) + 32
F = 95 F
Just do same thing for all the points,
6) 50 C = 122 F
7) 20 C = 68 F
8) 65 C = 149 F
9) 90 C = 194 F
10) 80 C = 176 F
Hope this helps!
Answer:
Explanation:
Gene expression is when information from a gene is used to product a gene product, this product enables to produce protein as the end product.
Phenotype which is the physical expression of the genetic make up gives the gene expression.
Cat having a fur pigmentation indicates the presence of a functional protein that has fur i.e the genetic make up of the cat has fur which give rise to the phenotypic expression.
