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Attempt= 1052653&cmid-489354researcher receivedan unknown specimen in his lab He needs determing ifthe specimen i5 3 virus or other organism Which ofthe followi...

Question

Attempt= 1052653&cmid-489354researcher receivedan unknown specimen in his lab He needs determing ifthe specimen i5 3 virus or other organism Which ofthe following would give him an indication that the specimen NOT virus?Qut 0f1,p0TuleatonSelect one; The specimen has ribonucleic acid and deoxynbonucleic acidThe specimen has . protein shellThe specimen cannot reproduce by ItselfThe specimen lacks nucleusThe specmen microscapicKthe A contentlipl" samclelercons

attempt= 1052653&cmid-489354 researcher receivedan unknown specimen in his lab He needs determing ifthe specimen i5 3 virus or other organism Which ofthe following would give him an indication that the specimen NOT virus? Qut 0f1,p0 Tuleaton Select one; The specimen has ribonucleic acid and deoxynbonucleic acid The specimen has . protein shell The specimen cannot reproduce by Itself The specimen lacks nucleus The specmen microscapic Kthe A contentlipl" samcl elercons



Answers

A patient presents at the clinic with an acute viral infection. Assays that analyze the viral life cycle classify the virus into Group $\mathrm{V}$ with a segmented genome. Which virus is the most likely diagnosis for the patient? a. Rabies virus b. Picornavirus c. HIV-1 d. Influenza A virus

So we inject a viral genome into a host cell just for genome. No proteins. Which of these is most likely to be able to make viral proteins? Is it a the payment mosaic virus, which has positive sense? Single stranded RNA Be blue tongue virus with double stranded RNA. See measles with negative sense. Single stranded RNA body. HIV, which is a reverse transcribing virus. So without any viral proteins, all we really have is a piece of DNA or RNA, And our only hope for making viral proteins is if the host cell picks up and translates it on its own. So which of these is most likely to get translated? Well, it would be a the positive sense. Single stranded RNA because it is very similar to an M r N A. So it's possible that the host will happily translate into viral proteins or, as all of the other types are not usually found in host cytoplasm. They would be, um, if anything, a warning that there is a virus presence

Forced positives and go straight in the eye gave violas such as carplay. Most virus is a *** cat. See fires and for the bus trend aren't a virus such as bluetongue virus. It requires the bidding insect for transmission and usually by study, receptor locator on the whole self. So they performed, and the ozone to facilitate is after me and those side Halsey's and for a negative single strand, earn a virus. It is an envelope by us is able to fight with the receptor on the host cell is stay on forming and does, um, it deals with the whole self and allow the biology known toe enter the whole self on, and more are in a reverse transcribing virus such as HIV is also an envelope virus. We can paint with the city for the sector locator on the surface off the whole cell. He also builds witty hosts out I singles to in the n eight virus. Um, therefore, based on these options BCT, they don't date um my my great inside the virus and release his viral genome and for our option, A is kept seat virus. So for them, it's usually a directness ocean off the viral genome so you can leave behind the kept C. Um in in. The survey's off the whole cell. Therefore, the asset is a

The hybrid molecule off the single stranded template DNE Strand on the given mature Marigny will appear as shown in the figure if this mature M r in the morning is mixed with the solution having single stranded DNE off the gene from which the given a Marigny is the right, then only the new clue diets in the exons region off the detainee template Strand will undergo a complimentary base bearing the nuclear tights off specific regions on the mature and Marigny molecule. Also the in drugs between the two exhausts on the DND template strand Yeah, which do not have a complementary base pairing sequence on the given mature Amar Minimally June will simply look out to facilitate complementary base pairing between the exons on the template the instrument on the nuclear tight sequence on the mature and Marigny molecule.

This problem asks us how we stain for mycobacterium, which is a genus of bacteria that includes members such as the bacteria that causes tuberculosis and the bacterium that causes leprosy. Mycobacterium is notoriously hard to stain for because the small little bacillus shaped organisms have a sort of waxy outer coating that is very has many fatty acids in it and that makes it difficult for it to take up any kind of stain. As a result, we're going to need to choose a harsh staining method that's going to break down these walls in order to get the stain to be taken up by the bacteria stating methods for bacteria include acid fascinating capsule staining endospore staining. Gram staining and you may have heard of gram positive and gram negative bacteria and simple staining. Simple staining and gram staining are very normal ways to stay in bacteria, but they're not going to get through this fatty cell wall. Michael bacteria don't form endo spores, so endospore staining won't help us here. Endo spores are formed by bacteria of the genus bacillus and clostridium capsule staining might be interesting because it's sort of a negative staining method. You stay in the background and then the capsule looks white against the background. But when we try to visualize our micro bacteria were really going to look for a way to make sure they take up the stain using a harsh staining method. So acid fast staining is the way to go.


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