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Ald (bcd) Is recessive The bcd allele makes no Hicoid Id and eggs fail to hatch into Qotem Mable Jutvar In (he atsence 0l Ihe Consider Bicoid protein; product utant...

Question

Ald (bcd) Is recessive The bcd allele makes no Hicoid Id and eggs fail to hatch into Qotem Mable Jutvar In (he atsence 0l Ihe Consider Bicoid protein; product utant male (bad/bad. cross belween [emalewo heterorygousomozygous for the mutation t0 exist?Jor failed embryogenesis) in the F, generationE 2 3 3 0 Xx E J= 12pt Paragraph

ald (bcd) Is recessive The bcd allele makes no Hicoid Id and eggs fail to hatch into Qotem Mable Jutvar In (he atsence 0l Ihe Consider Bicoid protein; product utant male (bad/bad. cross belween [emalewo heterorygous omozygous for the mutation t0 exist? Jor failed embryogenesis) in the F, generation E 2 3 3 0 Xx E J= 12pt Paragraph



Answers

ALD is caused by mutations in one gene. Given the symptoms of ALD, which of the following terms describes the diseaseassociated allele? a. pleiotropic b. dominant c. recessive d. polygenic

Here we have a pedigree and we have an X. Chromosome links and excellent disorder was by little tree. So there's going to be thanks gee ex cheats and a possible Y. Chrome zone. Yeah. Can we using an extra e. Okay so let's look at the answers. It. Hey looking at these First Generation # two Service is an effective female. So an affected female has to be um Hamas august recessive with its recessive condition. So she will have X. G. X. She Because she's affected v. 2nd generation number two this is an unaffected female. So she's going to have two X chromosomes from her father. She's going to get this from her mother. She is going to get one of her affected ones. So she will be a carrier. See So this is generation to # five. This is an affected male. So he has one X. Chromosome and it is the responsible and then here's a white crimson D. So okay D. Is generation three. Number two. So this is an affected male. So again effective male has to be this regardless. So he must have picked up the recessive X chromosome from his carrier mother. I'm finally eat Generation three. # six is an unaffected female. So she has two x chromosomes. One is from the effective milk, one is from the unaffected mother. So most likely she is going to, well she's a carrier so we know that she has to have this regardless of her mother's. We're gonna come over as a carrier. We know she got the recessive one from her affected father which is going to be this one because she doesn't have herself, she must have got this one from her mother.

Dancer for the question is that and in Drosophila are recessive mutations called chocolate. See, because this is the I Toby darkly pigmented, the mutant final type is and disgust able from debt off an Utah Soma recipe mutation called brown B. Across off chocolate, I'd eyes females toe Hamas egas brown males yielded wild type Afghan females and darkly pigmented happen milk. So the reason for this is that the expected pro Gansey is three by eight Wild type read 58 brown for both male and female Have to pregnancy. Have the answer for this. Is that the expected program? See mhm three by eight Wild type Read Yeah, five by eight brown for but male and female After program See, you have to have any. So in this, if the affront place are enter crossed with that on there will be expected from this is programming. There will be expected programming is three by eight wild type read on five by eight brown for both male and female. After Pogany, this is on. The police go through

How long they're still today? We're gonna be discussing about this question where a guy Sofala Jeanette geonosis um cross female almost. I kissed for um three X. length mutation. Which is um Y. For yellow body. P. For park I. Shape and see for um firm milan I. Color. So this is for um the scene. Yes. To a wild type males. Okay so come on. Type man. Okay. Uh the F. One females which had great bodies and florid eyes with dark red pigments for den or then two cross to Y. B. Plus fi males yield the following results um determined sorry to happen. Like determined the order um of these three lok I uh loki um on the X. Chromosome um and estimated distance between them. So how we go about this? Well um let me get myself a lot of room. Okay so how to go about this? Is that the last two classes consistent. Okay. Of yellow bar. Yeah. Twice and Okay mm. From you are a slice where? Mhm. I told him of 50. Yeah. Mhm. Okay. So Yeah. Okay. From. Mhm. Yeah. Double cross over. Mhm. Mhm. Thus. Mhm. Uh huh. Harder hold the genes, cheers why she feels. Yeah The F one females had. Yeah sure. The general type. Sure. Yeah. Why should be a plus plus plus. So now we're into a distance. So the distance. Sure. Instead. Mhm. Between my and see. Yes. She the average. Uh huh. Number of crossover. First the trees. Mhm. Mhm. Dad salad. The Ceta let the. Uh huh. 244 plus. 50 over 1000. So let's take this to heart. Mhm. But let me okay country 94 to 5 5000 between nine point uh work CN. And likewise yeah contestants. Mhm. Yeah. Between the and B. Is. Let me get this hair for my screen. Okay. Okay mm. So scrolls down side. Get extra room. So I'll be 1 16 plus 50 over 1000 christian schools. 116 50 with two 202 And fired 5000 would be 21.0 CNN. Yeah. Yeah. Yeah. Yes. Uh The genetic map Yeah. Is why Marcy Huh? Just yeah 26 year. See you can be I hope you find this very helpful and please feel free to look at the content from other creators that we favour and explain whatever chapter questions you need extra help with. Okay. Bye.

Their students today. We're going to be answering this question in regards to chapter on Mandela regime. So they brought us in looking at the chart, which you're If you have your book, can you see the chart in front of you? Um, what is most likely, um, the mode of transmission of L. D. Is it auto? SOMO processes auto SOMO dominant X linked, recessive or X linked. Dominant. Um, you can pause the video and pick which one is the correct answer, and we'll go over the shortly. Okay, If you went over this, we'll go For what? Um, these traits mean So when you're dealing with auto so more recessive, it means that it cannot be dominant as to unaffected parents. Um, could not have the effect have an effective offspring, which means the parents must be heterocyclic. Because again, we have, um, heros acres, that one dominant treat Will, um, we we'll we'll take over. I would say take over, but it will be expressed more than the recessive. So you're going to see that more than you will see the recessive trait going time it will pop up is if two hetero cycles parents get together and have the child. That's where it becomes more playing, an obvious when it comes to yeah, Otto so more dominant. It's basically said that it cannot be recessive, um, as to affected parents, Um, could not have the UN effective offspring, which means that the parents in this case, um must be heterocyclic is also because they can come out having exhibited and dominant trait. But if they got one kid that comes out not looking like the rest are having some that's affected. Um, basically, that recessive trait trait will pop out when they'll have a kid when it comes to X linked, dominant and basically saying sex link cannot be confirmed 100%. And as the day incidents, um of affected daughters from an effective father, um, suggest X, um linked, dominant. And when they show that you can see that they're showing about the mother because they brought us in how the female kinda can take effect on their sons, which, whatever trade trade that the mother would have, um, their sons will exhibit that, and it will be expressed more in the daughters because when it comes down to, um when it comes down to when they, um the father and the mother get together and they have offsprings for the daughters. Um, because for the sons, you can tell us the X y and the Y might not be affected by it. But when it comes to the excess to make your daughter that affected, X trade will be shown in the daughters, and they'll carry that trait with them. Um, and then excellent recessive means excellent cannot be confirmed. 100% incidents of effective sons from an affected mother such as, um, excellent process of So again. Like I said, when it comes up, some others that she could have the x link and it could be shown take more effect on the males than it would on her daughters because they might not accept it, because again she got to access. So probably the one X that, um, the kids will have. The females tend to get the one the excess that aren't that isn't affected. But the sons, they tend to get whatever the effect that exit the mother would have. Um, but, anyhoo, back to our point based off of those descriptions, which one you believe looking at your chart. Um, best, um, reflect, um, the motor transmission of a l d. If you said a you are correct because you see it where it just pops up randomly here and there. Basically showing that is not effect is not that dominant. Because of how the two parents that you noticed, um, they then show that trade they did not have. Yeah, that type of effect on the offspring's, which means around the rest of the offspring. But one of them, half of which basically means that the parents, they probably had Rodriguez and they're carrying around the trade. And it just happened to be expressed and showing into their Children and want their Children. And, uh, that's it. I hope you find it very helpful. Informational. And please come back for any more information. Statue. Any more information you have regard to this chapter? Okay,


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