DNA Fingerprinting Experiment Daughter Mother Possible Fathers Horse Horse 1 2 3 4 Which stallion did you determine is most likely the father of the daughter horse? #1 #2 #3 #4
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- Bb Take Test: Mod 9 Lab - Genetic X + ← ] C G QUESTION 3 In the pedigree below, all shaded individuals express the gene in question. For example, Arlene "has" the trait, she displays the phenotype in question. For example, if we were following the inheritance pattern of a widow's peak, Arlene has a widow's peak (that is NOT the trait here, just an example). Unshaded individuals (blank circles and squares) do not manifest the trait in question, but their specific genotype is unknown - they could be heterozygous, homozygous dominant, or homozygous recessive. What is the mechanism of inheritance of this trait? Sandra Daniel recessive dominant Tom 990 Alan QUESTION 4 George Sam Tina Christopher Arlene Wilma Ann O Carla R Update Michael In the pedigree below, all shaded individuals express the gene in question. For example, Arlene "has" the trait, she displays the phenotype in question. For example, if we were following the inheritance pattern of a widow's peak, Arlen a widow's peak (that…Dihybrid Crosses - Probtem 1 I THINK WE WERE IN THE BATH FOR TOO LONG! WE'LL STICK WITH PEAS FOR THE FIRST PROBLEMI The allele for round peas (R) is dominant over the allele for wrinkled peas. The allele for vellow peas (Y) is dominant over the allele for green peas. Parent 1 is wrinkled and heterozygous for pea color. Parent 2 is heterozygous for smoothness and homozygous recessive for pea color. Work out the possible offspring genotypes and phenotypes and give the expected probability of each phenotype. STEP 1) WORK OUT THE PARENT GENOTYPES AND GAMETE ALLELES. FOIL reminder! Oute Parent 1 genotype: First BbYy Parent 1 gametes: Parent 2 genotype: Inner Parent 2 gametes: Lost O Emmatheteachie 2020 Dihybrid Crosses - Problem 1 STEP 2) PUT THE PARENT ALLELES IN EACH GAMETE ACROSS THE TOP AND SIDE OF THE GRID. STEP 3) READ ACROSS& DOWN TO WORK OUT OFFSPRING GENOTYPE. STEP 4) FIGURE OUT THE OFFSPRING PHENO- TYPES (& IN THIS VERSION YOU CAN DRAG THE RIGHT PICTURE INTO EACH SQUARE!) WORK OUT…FAlpQLSfiOhfAvlhxzCSiUll_6rt-nU5b0WI73UmWOxkOw8OCwk01ng/formResponse B 1 2 Bb x Bb b 4 The fur in both parents in this cross is * 1 B B Bb x Bb b 3 4 brown black O homozygous dominant homozygous recessive 3. 近
- d/1n5NtidRwTwUzcDkDPi5Z9P SHPZ9IA-XH-pfftLbhNc/edit 1) @ Is Add-ons Help Last edit was 15 minutes ago | Calibri в I UA 12 + 3I | II 6 1 I 7. Construct a Punnett square for a cross between two heterozygous pea plants with violet flower color. a. What genotypes would you expect in the offspring? b. What percentage or ratio of each genotype would you expect in the offspring? !!!Il-- Results from a single locus probe DNA fingerprint analysis for a man and woman and their four children are shown in the autoradiograph below. Which child is least likely to be the biological offspring of this couple? Explain Why? mother child 2 fathe child 4 child 3 child 1 1 2 3 4 5 6Name III Pedigree Worksheet A family tree of sorts is called a pedigree. The symbols used for a pedigree are: O female, unaffected female, affected male, unaffected male, affected Siblings are placed in birth order from left to right and are labeled with Arabic numerals. Each generation is labeled with a Roman numeral. Therefore, the male exhibiting the trait in the pedigree below in the bottom, center would be identified as III-4. ¹0¹ 4 O Date: 5 4. How many girls did II-1 and II-2 have? 2 Biology I 1. Which members of the family above are afflected by Huntington's Disease? I-| II-2, II, 3, 11, 7, 11-3 5. How are individuals III-2 and II-4 related? - Huntington's Disease 2. There are no carriers for Huntington's Disease- you either have it or you don't. With this in mind, is Huntington's disease caused by a dominant or recessive trait? dominant 3. How many children did individuals l-1 and 1-2 have? 2 11 111 IV 12. The pedigree a carriers of colorblim men 13. Why does inc 14. Why do…
- Classes SBI3C1-2 rr x rr Meet - rz pQLSeUir31BTTSeUl8EYpVNYpajrmzBg_g0n6oMivineMfM4k0w/viewform rr x Rr Classwork O Rrx Rr ORR X Rr Genet X SBI3C1-2 Genetics Two parents were known to be right-handed. Assuming that right-handed (R) is dominant to left-handed (r), what would be the genotypes of the parents if their son is left-handed? Google M Post Atte Sp * 1 poirplease help!d/1n5NtidRwTwUzcDkDPi5Z9P_SHPZ9¡A-XH-pfftLbhNc/edit (1) O ols Add-ons Help Last edit was 23 minutes ago BIUA D 田 ▼ at Calibri 12 + 4 1 F2 offspring F1 cross Checkered Plain 34 (d) checkered (a) x plain (c) (e) checkered (b) x plain (c) (f) checkered (b) x checkered (b) (g) checkered (a) x checkered (b) 17 14 28 9. 39 a. For P cross (a), ive the genotypes of the parents. Give the genotypes of the F1 offspring. b. For P cross (b), give the genotypes of the parents. Give the genotypes of the F1 offspring. c. For P cross (c) give the genotypes of the parents. Give the genotypes of the F1 offspring. !!! III
- CH 1-4 X с Maya S x Credib x app.wizer.me/learn/00E0AB wizer.me a Maya X A To-do 25% The table gives the genoty Assign x M Dashb x 50% Figurat X C In cows, brown (B) is codominant with white (W). The heterozygous phenotype is brown and white speckles. A farmer decided to cross a brown cow and a white cow in hopes of making all brown and white speckles. What percentage of the offspring will be brown with white speckles? Figurat X 75% Dashboard Incomp X d Interac X Enter class code Go 100%fin the following pedigree, what is the genotype of the woman to which the arrow points? ped 1.jpg O EE O Ee О ее O XExe O xexeThe Meeting Sarah stared blankly at the blue paisley wallpaper. Her husband Mike sat by her side, bending and unbending a small paper clip. “Sarah and Michael, it’s good to meet you,” welcomed the genetic counselor, as she entered the room. “I apologize for being late, but I was just meeting with another couple. Let’s see, you’d like to have a child, but you’re concerned because of your family history of cystic fibrosis.” “Yes,” Sarah replied softly. “Mike and I met at a CF support group meeting a few years ago. He had a younger brother who died of cystic fibrosis, and I had a younger sister. We saw the painful lives they had—difficulty breathing, the constant respiratory infections. Although the treatments for CF are better now, we just don’t know if we can…” she trailed off. “I can certainly understand your concern,” the genetic counselor responded sympathetically. “That’s where I hope to help, by providing as much information and advice as I can. I’m glad that you came to see me…
