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Let me write in a different color, so let me write brown eyes and little teeth. And we want to know the different combinations of genotypes that one of their children might have. Called a genetic mosaic. And we can do these Punnett squares. So let's say little t is equal to small teeth. So which of these are an A blood type? I want blue eyes, blue and little teeth. Worked example: Punnett squares (video. Independent assortment, incomplete dominance, codominance, and multiple alleles. 1/2)(1/2) = 1/4 chance your child will have blue eyes. Are blonde hair genes dominant or recessive? It looks like I ran out of ink right there. So what are the different possibilities?
So this might be my genotype. OK, so there's 16 different combinations, and let's write them all out, and I'll just stay in one maybe neutral color so I don't have to keep switching. You say, well, how do you have an O blood type? Hybrids are the result of combining two relatively similar species. Which of the genotypes in #1 would be considered purebred for a. So if I want big teeth and brown eyes. So instead of doing two hybrids, let's say the mom-- I'll keep using the blue-eyed, brown-eyed analogy just because we're already reasonably useful to it.
If you understand pedigrees scroll down to the second paragraph haha) A pedigree is basically a family tree with additional information about a (or a few) certain trait. And once again, we're talking about a phenotype here. This results in pink. Let's say that she's homozygous dominant. Well, the mom could contribute the brown-- so for each of these traits, she can only contribute one of the alleles. Which of the genotypes in #1 would be considered purebred if male. This is big tooth phenotype. If you're talking about crossing two hybrids, this is called a monohybrid cross because you are crossing two hybrids for only one trait. They will transfer as a heterozygous gene and may possibly create more pink offspring. Let me draw a grid here and draw a grid right there. So hopefully, in this video, you've appreciated the power of the Punnett square, that it's a useful way to explore every different combination of all the genes, and it doesn't have to be only one trait. Or you could inherit both white alleles.
If you choose eye color, and Brown (B) is dominant to blue (b), start by just writing the phenotype (physical characteristic) of each one of your family members. Maybe there's something weird. They both have that same brown allele, so I could get the other one from my mom and still get this blue-eyed allele from my dad. In his honor, these are called Punett Squares. All of my immediate family (Dad, mum, brothers) all have blue eyes. Which of the genotypes in #1 would be considered purebred cat rescue. Brown eyes and big teeth, brown eyes and big teeth. Grandmother (bb) x grandfather (BB) (parental).
Sal is talking out how both dominant alleles combine to make a new allele. Let me make that clear. Let me write that down: independent assortment. Shouldn't the flower be either red or white?
Let me write that out. Their hair becomes darker because of the genes and the melanin that gives colour. So if you have either of these guys with an O, these guys dominate. Mendel's laws dictate that it will be random, and therefor, you have a 50% chance of brown eyes (Bb), and 50% blue eyes (bb). So the child could inherit both of these red alleles. We have one, two, three, four, five, six, seven, eight, nine of those. So if you look at this, and you say, hey, what's the probability-- there's only one of that-- what's the probability of having a big teeth, brown-eyed child? For example, you could have the situation-- it's called incomplete dominance. So this is also going to be an A blood type. Or it could go the other way.
H. Cheaper products are better. So after meiosis occurs to produce the gametes, the offspring might get this chromosome or a copy of that chromosome for eye color and might get a copy of this chromosome for teeth size or tooth size. From my understanding, blonde hair is recessive, but it might get a little bit complicated since there quite a few different hair colours, although the darker ones tend to be dominant. And so I guess that's where the inspiration comes for calling these Punnett squares, that these are kind of these little green baskets that you can throw different combinations of genotypes in. All of a sudden, my pen doesn't-- brown eyes. Created by Sal Khan. What's the probability of having a homozygous dominant child? This one definitely is, because it's AA.
So this is a case where if I were look at my chromosomes, let's say this is one homologous pair, maybe we call that homologous pair 1, and let's say I have another homologous pair, and obviously we have 23 of these, but let's say this is homologous pair 2 right here, if the eye color gene is here and here, remember both homologous chromosomes code for the same genes. The first 1/2 is the probability that your mother gave YOU a little b, the second 1/2 is the probability that you would give that little b on if you had it. And let's say that the dad is a heterozygote, so he's got a brown and he's got a blue. You = 50% chance of (Bb), or 50% chance that you are (BB). This is brown eyes and big teeth right there, and this is also brown eyes and big teeth. It's kind of a mixture of the two. I could get this combination, so this brown eyes from my mom, brown eyes from my dad allele, so its brown-brown, and then big teeth from both. Let's say big T is equal to big teeth. Not the yellow teeth, the little teeth. So, for example, to have a-- that would've been possible if maybe instead of an AB, this right here was an O, then this combination would've been two O's right there. I didn't want to write gene. So big teeth, brown-eyed kids.
What are all the different combinations for their children? Well, in order to have blue eyes, you have to be homozygous recessive. Can you please explain the pedigree? Geneticist Reginald C. Punnet wanted a more efficient way of representing genetics, so he used a grid to show heredity. But let's say that a heterozygous genotype-- so let me write that down. So if I said if these these two plants were to reproduce, and the traits for red and white petals, I guess we could say, are incomplete dominant, or incompletely dominant, or they blend, and if I were to say what's the probability of having a pink plant? Your mother could have inherited one small b and still had brown eyes, and when she had you, your father passed on a little b, and your mother passed on her little b, and you ended up with blue eyes.
Two lowercase t's-- actually let me just pause and fill these in because I don't want to waste your time. But you don't know your genotype, so you trace the pedigree. This could also happen where you get this brown allele from the dad and then the other brown allele from the mom, or you could get a brown allele from the mom and a blue-eyed allele from the dad, or you could get the other brown-eyed allele from the mom, right? If you have two A alleles, you'll definitely have an A blood type, but you also have an A blood type phenotype if you have an A and then an O. This is brown eyes and little teeth right there. Well, you could get this A and that A, so you get an A from your mom and you get an A from your dad right there. He would have gotten both a little "b" from his mom, and from his father.
No, once again, I introduced a different color. And these Punnett squares aren't just useful. I'll use blood types as an example. You could use it-- where'd I do it over here? Each of them have the same brown allele on them. These particular combinations are genotypes. Let me draw our little grid.
What is the difference between hybrids and clean lines? A big-toothed, brown-eyed person. And let's say we have another trait. There I have saved you some time and I've filled in every combination similar to what happens on many cooking shows. Actually, we could even have a situation where we have multiple different alleles, and I'll use almost a kind of a more realistic example.
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