Given what we know, two common medical or biological conditions that may create a hazardous environment when working in a microbiology lab are asthma and working with an infectious disease that may become airborne.
<h3>Why would these conditions prove hazardous?</h3>
- Working with chemicals and microbes can be especially hazardous to individuals with asthma.
- This is due to the strong effect that certain chemicals can have in triggering an asthma attack.
- Microbes may also cause upper respiratory tract infections if breathed in, further worsening asthma.
- Likewise, working with an infectious disease that has the capability to be airborne is especially hazardous given the ease with which one may become infected and transmit the disease.
Therefore, we can confirm that two common medical or biological conditions that may create a hazardous environment when working in a microbiology lab are asthma and working with an infectious disease that may become airborne.
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In class we watched a video were it was about humans being split powered or not and the answer given was..
“I think we are,” Dr. Pollack simply states.
So it’s true
The answer is carbon, hydrogen, and oxygen.
Carbohydrates is a type of organic molecule, since all organic molecules contains carbon, hydrogen, and oxygen, carbohydrates are no exception.
Even though different type of carbohydrates contains different ratio and arrangement of the three elements, but their comportment I still the same.
For example in glucose, a simple form of carbohydrate, is composed of 6 carbon, 12 hydrogen, and 6 oxygen atoms.
Since in RNA Cytosine(C) binds with guanine(G) and thymine(T) binds with adenine(T) the anticodon for
the mRNA codon is GCA
the tRNA anticodon is CGU
the correct answer is D) The photovoltaic cells absorb light energy from the sun, then the energy is stored as chemical potential energy in the battery where it can be transferred to electrical energy.
