5

Oucalion Tnee& cells contuln Ireely louino cauc di3c? Pick 4 lellet indicuino Ihe ccredunabmical abuclueCo...

Question

Oucalion Tnee& cells contuln Ireely louino cauc di3c? Pick 4 lellet indicuino Ihe ccredunabmical abuclueCo

Oucalion Tnee& cells contuln Ireely louino cauc di3c? Pick 4 lellet indicuino Ihe ccredunabmical abuclue Co



Answers

licre the ycllow and orangc precipirares arc, rcspectively (a) $\mathrm{Na}_{2} \mathrm{Cr}_{2} \mathrm{O}_{2}, \mathrm{~K}_{2} \mathrm{Cr}_{2} \mathrm{O}_{-}$ (b) $\mathrm{K}_{2} \mathrm{Cr}_{2} \mathrm{O}, \mathrm{Na}_{2} \mathrm{Cr}_{2} \mathrm{O}_{2}$ (c) $\mathrm{Na}_{2} \mathrm{CrO}_{4}, \mathrm{~K}_{2} \mathrm{CrO}_{4}$ (d) $\mathrm{Na}_{2} \mathrm{Cr}_{2} \mathrm{O}_{2}, \mathrm{~K}_{2} \mathrm{CrO}_{4}$

In this problem we are asked to consider these cell lineages that descend from the hematopoietic stem cells in bone marrow. This is the progenitor cell for all the different types of blood cell and that gives the game away a little. But let's just start by breaking our cell line of descent and differentiation into two cell lines. The myeloid cell line and the lymphoid cell line and the lymphoid cell line ends in producing the cells that we call the lymphocytes. These are the T cells and B cells of the adaptive immune system and a couple of other associated cells like plasma cells and natural killer cells that also count as lymphocytes. These aren't the only white blood cells though from the myeloid line. We also uh descend down to a monos ICT which is an undifferentiated cell in the blood that will move into the tissues and differentiate into the fig acidic sells the macro fage, the big sort of Vegas in Excel and the dendritic cell. And then there are three more types of white blood cells for us called the granular sites and they're named after the staining of their Granules. The es NFL the bazaar Phil and the neutrophils which are found in your blood and have these multi lobed nuclear. The mast cell is technically not a white blood cell but it's very similar, very closely associated with the white blood cells here. The other two types of blood cell lines that descend from the hematopoietic stem cell are the thrombin sites or platelets and the Aretha sites or red blood cells which are both familiar as blood cell types. So if we look at our list here, we've got macrophages, we've got mono sites, we've got T cells, B cells, red blood cells. All of these cell types descend from hematopoietic stem cell. So our answer is five. All of the above

Question is this compound is given in this compound. Here is hydrogen. Here is the history. Here is a education, including it is like. So we can observe that this hydrogen in this prison. Both are present at the anti position. That's why this component, the anti trans. For john's why 1234 trance, one kg four mid time cyclo hexane. We give number one to the chlorine carbon because chlorine comes first in the english alphabet. During means. See see comes first in the english alphabet. Dana M. In the metal group. That's what great options we see.

Let's tackle this question by dividing thes group of this group of cells into supporting cells for the CNS and supporting cells for the P. Enis. Remember, the CNS is the central nervous system. It is made of the brain and spinal cord. The P Enis remember is the peripheral nervous system. It is made of everything else inside the human nervous system except the brain and spinal cord. The central nervous system has several kinds of supporting cells. The first CNS supporting so we're gonna talk about is called an Astro site. It is called an Astro site because it looks like a star, which is what Astro means. So an Astro site is responsible for helping with the exchange that occurs between the neurons in the blood capital. Aries. The second kind of CNS supporting cell that we have are the open diamonds cells EP In time, all cells are responsible for lining the central cavities called ventricles of the brain and spinal cord. The third kind of CNS supporting so that we have are the micro jail cells. Micro means small. These CNS supporting cells are really cool, and they have the ability to transform into fig acidic cells, meaning they can engulf foreign particles and other maybe potentially foreign invaders like bacteria or viruses. And then they can. They can sort of clean up the area if there's inflammation so they can transform into figure citic cells. So these air found in places in the brain and spinal cord that if experience damage or there's inflammation. The last kind of CNS supporting cell that we're going to talk about is called an openly and ginger site. OK, Leo. Dangerous sites are responsible for producing the mile and sheathing that surrounds many neurons in the CNS. If we go to the PNS, almost which color so you can better see them, we only have two kinds of supporting cells. The first kind of supporting cell in the PNS is called a satellite, so a satellite cell is a pianist supporting so, and it surrounds the cell bodies. And basically it serves the same function of exchange between that neuron and the capital Aries, as the Astro site does as a supporting cell in the CNS, the last kind of pianist supporting so we're going to talk about is called a Schwann, so the Schwann cell is responsible for producing the mile and sheathing. Although the the formation is different between the CNS and pianists of the formation of the violin, cheating between only a denture sites and Schwann cells is different. We'll talk about that in future videos, but the Schwann cell produces the mile and sheathing around neurons in the pianists, so that information should allow you to answer the matching part of this question.

So this question is asking which of the listed immune cells, um, interacts with be MHC receptors of other cells using the CD eight co receptor. Um, and recall that thesis. Edie eight co receptor is a co receptor found on T cells. Um, and knowing this information, we can remove Basil fills in mass cells as options to this question, as they are Lucas sites which promote inflammation. But they do not come from the T cell line. Um, so using what we know about T helper cells inside a topic of T cells, we can figure out this question. Um, so T helper cells come from CD four cells. Um, and these cells have the CD for receptor co receptor specifically, so they don't have the CD eight co receptor. So it is only these cider toxic T lymphocytes, which do buying the MHC complex via the CD eight co receptor


Similar Solved Questions

5 answers
Find the consumers' surplus and the producers' surplus at the equilibrium price level for the given price- ~demand and price-supply equations . Include a graph that identifies the consumers' surplus and the producers' surplus Round all values to the nearest integer 00Ax . p= S(x) = 25 004x P=D(x) = 95 €
Find the consumers' surplus and the producers' surplus at the equilibrium price level for the given price- ~demand and price-supply equations . Include a graph that identifies the consumers' surplus and the producers' surplus Round all values to the nearest integer 00Ax . p= S(x)...
5 answers
Which compound would be expected to show the following IR spectrum?2-pentanonehexanaminepropanoic acidbutanalpentanol
Which compound would be expected to show the following IR spectrum? 2-pentanone hexanamine propanoic acid butanal pentanol...
5 answers
Q7. From the partial differential equation (by eliminating the arbitrary constants from2 = ax + by + a2 + b2 (x2 _ a ) + (y - b)2+72 = c? (x-a) + (y _ b)2 2" Cot? & (iv) 2 = alog { ly-!}(12 Mtks)
Q7. From the partial differential equation (by eliminating the arbitrary constants from 2 = ax + by + a2 + b2 (x2 _ a ) + (y - b)2+72 = c? (x-a) + (y _ b)2 2" Cot? & (iv) 2 = alog { ly-!} (12 Mtks)...
5 answers
Water potentiala. is the difference between the solute potential and the pressure potential.$b$, is analogous to the air pressure in an automobile tire.$c .$ is the movement of water through a membrane.d. determines the direction of water movement between cells.$e .$ is defined as 1.0 MPa for pure water under no applied pressure.
Water potential a. is the difference between the solute potential and the pressure potential. $b$, is analogous to the air pressure in an automobile tire. $c .$ is the movement of water through a membrane. d. determines the direction of water movement between cells. $e .$ is defined as 1.0 MPa for p...
5 answers
The macromolecule shown in Figure 3 is best described as aln)HOCHzHOCH_OHOH OH94CHzOHOH GlucoseOH Fructose SucroseDllipiddisaccharidecholesterolprotein
The macromolecule shown in Figure 3 is best described as aln) HOCHz HOCH_ OH OH OH 94CHzOH OH Glucose OH Fructose Sucrose Dllipid disaccharide cholesterol protein...
1 answers
Determine whether each pair of vectors is orthogonal. $$\left\langle\frac{5}{6}, \frac{6}{7}\right\rangle \text { and }\left\langle\frac{36}{25},-\frac{49}{36}\right\rangle$$
Determine whether each pair of vectors is orthogonal. $$\left\langle\frac{5}{6}, \frac{6}{7}\right\rangle \text { and }\left\langle\frac{36}{25},-\frac{49}{36}\right\rangle$$...
5 answers
Find the circulation of F =< -y2,x,22 counterclockwise around the curve of intersection the plane y*z-2 and the cylinder x2 +y2 = Choose the shortest - Way of dolng this problem.
Find the circulation of F =< -y2,x,22 counterclockwise around the curve of intersection the plane y*z-2 and the cylinder x2 +y2 = Choose the shortest - Way of dolng this problem....
1 answers
Find each value of $x .$ $$\log _{27} x=-\frac{1}{3}$$
Find each value of $x .$ $$\log _{27} x=-\frac{1}{3}$$...
5 answers
The number of significant figures in 0.00037010 is
The number of significant figures in 0.00037010 is...
4 answers
Be sure to answer all parts: Find the pH during the titration of 20.00 mL of 0.1000 M triethylamine; (CH;CHz)yN (Kb =52*107+ with 0.1000 M HCI solution after the following additions of titrant:(a) 14.00 mL:pH =/12.25 0(b) 20.90 mL:pH = /3.25(c) 25.00 mL:pII=/1.950
Be sure to answer all parts: Find the pH during the titration of 20.00 mL of 0.1000 M triethylamine; (CH;CHz)yN (Kb =52*107+ with 0.1000 M HCI solution after the following additions of titrant: (a) 14.00 mL: pH =/12.25 0 (b) 20.90 mL: pH = /3.25 (c) 25.00 mL: pII=/1.95 0...
5 answers
(twel)?5) (Xr #PI + X7mb1).425J=(} =/ 0 Yp suolzunj bulod JML $o mppult Xa
(twel)?5) (Xr #PI + X7mb1).425J=(} =/ 0 Yp suolzunj bulod JML $o mppult Xa...
5 answers
Stoczroom worker oushes Doxwith mass 11,5 kg on norizonta surace wiin 3 constant {peed 0f3.20 m/s Tne coeffcient ofkinejic friciion between the pox and ine aurface 0.15.Part AWhat horizonta Torce Mus: the w#Cn= aociymainain the mcticn:ExpressAsiewith the appropriate unitsValueUnitsSubmitPrevious Answers Request Answer
stoczroom worker oushes Doxwith mass 11,5 kg on norizonta surace wiin 3 constant {peed 0f3.20 m/s Tne coeffcient ofkinejic friciion between the pox and ine aurface 0.15. Part A What horizonta Torce Mus: the w#Cn= aociy mainain the mcticn: Express Asie with the appropriate units Value Units Submit Pr...
5 answers
Use the following information to answer the questions about the graph of the function ff(-5) = 0 f' (-1) = f' (2) = 0 lim f (c) = 2 a8 € approaches infinity f' > 0on (_0, -1) f' < 0 on (_1, 2)When is f negative (below the X-axis)? Use interval notation.Where is there an absolute maximum? (give the X value only) x=What is the horizontal asymptote? (give the equation of the line)
Use the following information to answer the questions about the graph of the function f f(-5) = 0 f' (-1) = f' (2) = 0 lim f (c) = 2 a8 € approaches infinity f' > 0on (_0, -1) f' < 0 on (_1, 2) When is f negative (below the X-axis)? Use interval notation. Where is the...
5 answers
Be a LE Fitdthe max 238 32? absolute ghee vertex 8 the + parabola minimum answer the suado parabola (This maximum [ the the maxlmin and the quadratic height parabola function this 8 opened given by: would [
be a LE Fitdthe max 238 32? absolute ghee vertex 8 the + parabola minimum answer the suado parabola (This maximum [ the the maxlmin and the quadratic height parabola function this 8 opened given by: would [...
5 answers
(4) Let S and Tbe nonempty bounded subsets of R with the following property: S <t for all se$ and tet Prove that sup S < inf T . (2 marks)
(4) Let S and Tbe nonempty bounded subsets of R with the following property: S <t for all se$ and tet Prove that sup S < inf T . (2 marks)...

-- 0.021083--