5

Give examples and explain the mode of action of various nucleic acid inhibitors...

Question

Give examples and explain the mode of action of various nucleic acid inhibitors

Give examples and explain the mode of action of various nucleic acid inhibitors



Answers

Describe the methods by which a virus infects a cell. How do protease inhibitors disrupt the life cycle of the HIV- 1 virus?

Okay, So what are the main types? Blarney there are free of them. The 1st 1 is messenger are in a then we have transfer are in a and then have ribosome. LOL, I run a Ah, the Amarin A's typically are single stranded and looked like this with that faces protruding on one side. And what they are is basically a copy off the original gene that is located in the nuclear's DNA that can be transferred for the cell to go. The Roberts also could be translated. The sequence of nucleotides in a Marin A is what guides, uh, the translation into amino acids. So we're gonna have Prodi's. Now. Tierney's are a bit more complicated in shape. They form something like a T. It looks like this. And there are some base pairs formed between nucleotides off the same change. So it is against single stranded, but it folds in three D space and forms sit like this, but would lead to it holding its position through hydrogen bonds. Now the Tierney molecules have something called the anti code um, which is a sequence of three nucleotides that is complementary to the code aunts off Marin eso the property. Rene can connect them on a and bring to Rivasseau of the correct amino acid. Let's up. Fear symbolized an acid here, So serenades connect time and acids and transfer them to ribosomes so they can form the whole empathetic chains. Last but not least, we have are a right. Most people are in a that is, uh, what kind of sort of looks like a huge bundles, you know, nucleotides cause it four. It helps form ribosomes connect without a proteins and its structural components off Rivasseau. Also, our has some unsigned potential. Um, because it capitalizes some reactions in ribosomes for the formation of the priority, but that's about it, for the main are in a tight

Here wants us to basically explain the function of each type of our And so we have rabbits, Omo. Or in A, which serves to its Arnie toe encode For the ribosomes, we have a messenger or in a which serves to communicate various signals from the nucleus into the cell, and we have transferred or any which basically brings amino acids into different code ons.

So now we're going to be describing four types of are in a with distinct functions. Two of them are in a, which is messenger Arnie and encodes proteins. Then we have, um, t urn A. And this is transfer on A, which is used in rival and arrive ism to decode the m r in a message into them, you know, asset sequins. Then we have, um, Arnie. And this is Arrive Azuma Laurene. This is functional, Arnie, that is part of the structure of the rival zone. Lastly, we have us in or in a this is a small nuclear Arnie functional, Arnie, that a symbol with proteins in the spices, um, and catalyze the removal of introns from pre Marnie's. There's also am I aren't days, which is a micro Arnie, um, process from longer are in a while. Two transcripts have become part of the RSC complex that represses gene expression

Problem 43 Here is the difference between DNA and RNA. DNA. It is fundamental. You need to have genetic information and are any. It is produced by DNA, which in turn carry out protein synthesis. First. Second, Do you need content nitrogen basis at the knee? Go on in timing and cytosine? Whereas our any content nitrogen basis er Down in, go on in. You're a cell and sat dozing. Mhm. Third difference DNA is double standard. And are any irony is usually single standard. That is answer.


Similar Solved Questions

5 answers
3) Use KCL to determine [1 in this circuit.bmA4) Use KVL to determine Vx and Vyin this circuit:12v5) Find Vs in this circuit: Hint: Treat this as a voltage divider.81J + V= 4V 4k3'20-A2
3) Use KCL to determine [1 in this circuit. bmA 4) Use KVL to determine Vx and Vyin this circuit: 12v 5) Find Vs in this circuit: Hint: Treat this as a voltage divider. 81J + V= 4V 4k3 '20-A 2...
5 answers
(10_pts) Problem5 During some rotation ofa rigid body, the two points P and Q are seen to move to the locations P= and Q' Determine the rotation axis and angle of rotation of the motion; in terms of the world frame_0.4755 [p'] = -3.6830 ~0.45753-3.3235 [4] 0.4510 1.6585[p] 2 3[q]
(10_pts) Problem5 During some rotation ofa rigid body, the two points P and Q are seen to move to the locations P= and Q' Determine the rotation axis and angle of rotation of the motion; in terms of the world frame_ 0.4755 [p'] = -3.6830 ~0.4575 3 -3.3235 [4] 0.4510 1.6585 [p] 2 3 [q]...
5 answers
1901 3 02 + 60 200-4t 6 t+400 1Q1 1202 + 33 200-4t 6 [+400Q1 Q2b) Q = 41901 302 +5 200-4 t 6+400 101 4202 Q2 +3 200-4 t 6t+400301 16 Qz 200-4 t 61+400 + 60 4201 102 200-4t 6[+400 + 33Q1 Q2160 M 3 02 200-4t 6i+400 + 60 1Q1 12 Q2 +33 200-4t 6(+400Q1 Qz
1901 3 02 + 60 200-4t 6 t+400 1Q1 1202 + 33 200-4t 6 [+400 Q1 Q2 b) Q = 41901 302 +5 200-4 t 6+400 101 4202 Q2 +3 200-4 t 6t+400 301 16 Qz 200-4 t 61+400 + 60 4201 102 200-4t 6[+400 + 33 Q1 Q2 160 M 3 02 200-4t 6i+400 + 60 1Q1 12 Q2 +33 200-4t 6(+400 Q1 Qz...
5 answers
An experiment has a single factor with six groups and five values in each groupHow many degree of freedoms are there in determining the between group variations? How many degree of freedoms are there in determining the within group variations? iii) How many degree of freedoms are there in determining the total variations? iv) Find the critical value from table if a = 0.05
An experiment has a single factor with six groups and five values in each group How many degree of freedoms are there in determining the between group variations? How many degree of freedoms are there in determining the within group variations? iii) How many degree of freedoms are there in determini...
5 answers
Question 13 (10 points) This problem will require an image of your work to be uploaded; C" Label this "ProblemA meter stick is perfectly balanced at the 50 cm mark 20 cm and A 3 kg mass is hung at at the 5 cm points on the stick. By balancing the respective torques; find where would need to hang a 10 kg mass to re-balance the meter stickImpossible to balance_72.5 cm22.5 cm27.5 cmSubmit Quiz
Question 13 (10 points) This problem will require an image of your work to be uploaded; C" Label this "Problem A meter stick is perfectly balanced at the 50 cm mark 20 cm and A 3 kg mass is hung at at the 5 cm points on the stick. By balancing the respective torques; find where would need...
5 answers
C1 Salary 45257 39327 38830 45408 47790 42117 41933 44899 47244 43637 45120 44865 42829 43734 45024 42357 43837 37303 50237 44509 43387 40370 46816 47603 39461 47313256910 1112 13 14 15 161718 19 202122 23 24 25 26
C1 Salary 45257 39327 38830 45408 47790 42117 41933 44899 47244 43637 45120 44865 42829 43734 45024 42357 43837 37303 50237 44509 43387 40370 46816 47603 39461 47313 2 5 6 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26...
5 answers
At a certain vineyard it is found that each grape vine produces about 10 Ib of grapes in season when about 500 vines are planted per acre_ For each additional vine that is planted the production of each vine decreases by bout percent: So the number of pounds of grapes produced per acre Is modeled by A(n) (500 n)(10 0.01n) where is the number of additional vines planted_ Find the number of vines that should be planted t0 maximize grape production: vines
At a certain vineyard it is found that each grape vine produces about 10 Ib of grapes in season when about 500 vines are planted per acre_ For each additional vine that is planted the production of each vine decreases by bout percent: So the number of pounds of grapes produced per acre Is modeled by...
5 answers
Question 9 (Mandatory) (1 point) If u= (4,9) and V = (,8},what is u-v?Oa) (1,4)0b) (10,-1)Oc) (-24,72)Od) (.14)
Question 9 (Mandatory) (1 point) If u= (4,9) and V = (,8},what is u-v? Oa) (1,4) 0b) (10,-1) Oc) (-24,72) Od) (.14)...
5 answers
Find the imageUse th? drawing *d here drawthe iage brthis opacal deviceComplete ne tble belox:objectSizeSameAltudeThieeLocaltilonNineTypeDouble concave
Find the image Use th? drawing *d here drawthe iage brthis opacal deviceComplete ne tble belox: object Size Same Altude Thiee Localtilon Nine Type Double concave...
5 answers
Exercise 4.12. For each of the lollowing functions: Fiud the open tervuls O which the function is iucreusing aud dexreasing, umd ideutily (e function' Tocal and absolute extremie Vales if AnV, Saving where thcy OuI .9768) F(_Gt-1 968) KL /Exercise 4.13. Show that e(t) = ( In / i incrensing for 7 1,
Exercise 4.12. For each of the lollowing functions: Fiud the open tervuls O which the function is iucreusing aud dexreasing, umd ideutily (e function' Tocal and absolute extremie Vales if AnV, Saving where thcy OuI . 9768) F(_Gt-1 968) KL / Exercise 4.13. Show that e(t) = ( In / i incrensing fo...
5 answers
(b) [2 points] dy, when w =49 and dx 3 = 0.04
(b) [2 points] dy, when w = 49 and dx 3 = 0.04...
5 answers
(a) coseC (2)(6) 1 _ 2ezQuestion 2 Find the contour integral of each of the functions in question 1 around the positively oriented circle centered at the origin and radius 2.(ii) Repeat partwith the contour being circle centered at z=1 and of radius 1.5.(iii) Find the poles of the function f(z) := (zsin 2)-1 inside a circle of radius 2 about the origin and find the residue of f(2) at the poles Hence evaluate the line integral of f(2) around the contour.
(a) coseC (2) (6) 1 _ 2 ez Question 2 Find the contour integral of each of the functions in question 1 around the positively oriented circle centered at the origin and radius 2. (ii) Repeat part with the contour being circle centered at z=1 and of radius 1.5. (iii) Find the poles of the function f(z...
1 answers
Let X and be independent continuous random variables. Find the pdf of Z = XY by following: Condition on and prove; Izwr (zly) Iyl-'xlr (lv) (b) Use the law of total probability (Bayes theorem) t0 show that: 6z(2) Elul-'fxv du.
Let X and be independent continuous random variables. Find the pdf of Z = XY by following: Condition on and prove; Izwr (zly) Iyl-'xlr (lv) (b) Use the law of total probability (Bayes theorem) t0 show that: 6z(2) Elul-'fxv du....
5 answers
Another cigarette Consider again the regression of Nicotine content on Tar (both in milligrams) for thecigarettes examined in Exercise 37.a) What is the correlation between Tar and Nicotine?b) What would you predict about the average Nicotine content of cigarettes that are 2 standard deviations below average in Tar content?c) If a cigarette is 1 standard deviation above average in Nicotine content, what do you suspect is true about its Tar content?
Another cigarette Consider again the regression of Nicotine content on Tar (both in milligrams) for the cigarettes examined in Exercise 37. a) What is the correlation between Tar and Nicotine? b) What would you predict about the average Nicotine content of cigarettes that are 2 standard deviation...
5 answers
Express the sumx _ 22 + x8 + x + x5 ~c6 +27 +28 + _4n 3 4n - 1 in terms of geometric series (hint: group x etc.).n =uNow express the sum as a rational function:
Express the sum x _ 22 + x8 + x + x5 ~c6 +27 +28 + _ 4n 3 4n - 1 in terms of geometric series (hint: group x etc.). n =u Now express the sum as a rational function:...
5 answers
Give balanced molecular, total, andnet ionic equations for the reaction of iron(III) nitrate and sodium hydroxide in aqueous solution:
Give balanced molecular, total, andnet ionic equations for the reaction of iron(III) nitrate and sodium hydroxide in aqueous solution:...

-- 0.035418--