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SiRNAs Long Short Long are double-stranded = thought be to RNA RNA RNA primarily derived from the following precursor:...

Question

SiRNAs Long Short Long are double-stranded = thought be to RNA RNA RNA primarily derived from the following precursor:

siRNAs Long Short Long are double-stranded = thought be to RNA RNA RNA primarily derived from the following precursor:



Answers

Which type of RNA is the biggest? Which is the smallest?

So here were asked questions about R. N. A. And we have four different types of RNA. Messenger RNA. Micro RNA. Right? But some are in A and transfer our name. So messenger RNA is generally the basis for which most proteins are made from. So messenger RNA is are typically very very long pieces of RNA. They can be over thousands and 10 thousands of base pairs long. So they're relatively very long. Messenger are they're pretty long RNA molecules. So it eliminates the possibility of this rib Osama nasr once again very big as well. Private. Some are earnest are fundamental for the ribosome and the ribosome compared to RNA molecules is relatively large. So this possibility is eliminated and transfer RNA S are still relatively large. They can be for anywhere from a few 100 base pairs. They're generally in the few 100 base pair ranges. And they're mainly responsible for deliberating delivering an isolated tr isolated amino acid to the ribosome. So really the only combination left is the micro RNA which has a base pair length in the double digits, and micro RNA is mainly function in RNA interference. So the smallest type of RNA here is going to be a micro RNA. Is and that this is our final answer

Question about R and A. And so are they, of course, is ribonucleic acid. And as the chapter outlines, there are three particularly important card kinds of our day. There's M R and A, which is messenger are in a there's t iron A or transfer or in a And then there's bribe Osama Laurene. Witches are are in a and are in a is the product of transcription. So what you have is a DNA molecule. Remember that DNA molecules are double stranded, so they consist of Siri's of basis like that. And what happens is that that molecule opens upper peels back to expose one strand of D N A. That's my DNA molecule, and then you are in a molecule is produced that is transcribed by having complementary bases pair here like this. So that's how are in a molecules and it that is true for M. R and a tiara and are so the answer here is de all of them results from transcribing a single strand of DNA

Okay. In order to solve this question, let's talk about the three types of RNA that we have. We have 30 types of RNA mainly. Okay, we have a transfer our N. A. After global family are in a in the messenger RNA. The Singulair in A is produced from aging in DNA. And it is going code for a project. So you have taken into account that this marinade is very large because it has the same length as a gene and that gene is very large. Okay, where was someone? RNA is a type of data is found in labor songs. Okay, it is the R. N. A structure or part of a Gibson. Remember that guy bosoms are made of are in A and also proteins. And finally that the RNA, it is also related to the process of translation because there is going to place um, I know assets to the growing a political change. Eight. So um, the question asks, what is the smallest type of RNA? Well the smallest RNA is going to be transfer RNA ladies suffer. RNA is composers of like about 75 2 95 nucleotides. Okay. So this is why it is the smallest RNA molecules, as I mentioned before. The messenger RNA name easter mass transcript as they carry coding sequence. That is necessary for projects in this is like from a gene large. Okay. Because it contains a complete, it was notified. Um, you know about that going with someone RNA, these are part of ribosomes and they can practically a minimum of 1500. No Kotite's okay, so backward option is the R. N. A.

Okay, so we have these two related molecules DNA and RNA. Now, these are both nucleic acids. That's what DNA stands for. Um, and both of these. Primary job within the biological system is to store and encode information in some ways with RNA having certain types of other functions in in some circumstances, the difference, Um, in the, uh, naming is that d stands for deoxyribonucleic acid, referring to the sugar that makes up the background, whereas RNA is simply ribonucleic acid, so there's a difference in the sugar that they contain. R N A is often single stranded or as D N A is always double stranded, though some forms of RNA, uh, can be double stranded as well. Um, the base pairs are different, Um, in in one area. So D n A, um contains the bases A, t, C and G, uh, returning thiamine sisters, jean and guanine. And in RNA that a is instead a you which is your SL otherwise basically performing similar functions. Um, and, uh, the other common difference between the two of these is that, um in the So so both of these forms store of information, um, in order to translate that information into proteins, the sort of machines of the cell. Um, are you? Typically, what's going to happen is you're going to form an RNA template based on the d N A. And that is going to make up the direct instruction set that allows that process to happen. So we have different sugars, doxy, reboots and ribose that form up the backbone of them. We have a molecule that's typically single stranded, as opposed to double stranded, has a different base and different direct functions within the cell. They both broadly, um, form stores of information. So again, there are some variants of RNA that that don't do that, Um, and they come along in different steps of the process, even though oftentimes they store the same information just sort of packaged in different forms. So was the basic outline of the differences between DNA and RNA.


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