This is not a writing assignment. The information is given. I’m confused for this since there are 3 parts associated with the question. General information:Genotype format: Use a forward-slash ('7') to separate homologues andsemi-colons (';') to separate chromosomes.GH EfFor example, to depict the hypothetical genotypegheF.you would write: GH / gh ; Ef / eFOr in the case of X-linked loci you would write (for example)XAb/ xaB or XAb/Y.If (for example) Gand Hare not linked or if you don't know whether they are linkedyou can just write that genotype as Gg Hh or G/g H/h.For haploid gametes just write out the alleles on one line (e.g., a gamete made byGH / gh could be Gh and a gamete made by XAb/ xaB could be XAb). Questions 11-13 are all based on the following information:Human chromosome 4 is about 215 cM long. SNPS 1 and 2 are two singlenucleotide polymorphic loci at opposite ends of this chromosome. Linked at 8 cMfrom SNP2 is a gene for a recessive form of hot water epilepsy (epilepsy inducedby hot water poured on the head; H = healthy, h = epilepsy). The pedigree showsinheritance of the SNPS and of the disorder. SNP alleles were identified by allele-specific oligonucleotide hybridization (shading indicates hybridization). Assumethat there is no new mutation or aberrant event in this pedigree.1-11-214Healthy (H?)Hot-water epilepsy (hh)Female MaleGGGGSNP1H SNP2II-28 cMGG11. Give the egg and sperm genotype (for all three loci) received by II-1 and Il-2.No explanations needed.• Genotype of egg received by II-1:• Genotype of sperm received by II-1:• Genotype of egg received by II-2:• Genotype of sperm received by II-2:12. Epilepsy question continued...A geneticist want to calculate the probability that the first child born to II-1 and II-2will have hot-water epilepsy and will also be homozygous at both SNP loci. (Noexplanations needed for any part of this question.)a. Give the required gamete genotype from II-1 (all three loci).b. Considering H/h and SNP1, is this gamete (from II-1) Parental type (P),Recombinant (R), or unknown status (U)?c. Considering H/h and SNP2, is this gamete (from Il-1) Parental type (P),Recombinant (R), or unknown status (U)?d. Now give the required gamete genotype from II-2 (all three loci).e. Considering H/h and SNP1, is this gamete (from II-2) Parental type (P),Recombinant (R), or unknown status (U)?f. Considering H/h and SNP2, is this gamete (from II-2) Parental type (P),Recombinant (R), or unknown status (U)?13. Epilepsy question continued...To continue calculating the probability that II-1 and II-2 will have a child with hot-water epilepsy and homozygous for both SNPS...a. What is the probability of of the required gamete from II-1? Show the steps inyour calculation.b. What is the probability of of the required gamete from Il-2? Show the steps inyour calculation.c. What is the overall probability of this child? (Just set up the equation, no needto calculate the final value.)

Name: This is not a writing assignment. The information is given. I’m confus
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Description: This is not a writing assignment. The information is given. I’m confused for this since there are 3 parts associated with the question. General information:Genotype format: Use a forward-slash ('7') to separate homologues andsemi-colons (';') to sepa

The gene that codes for a specific trait, have two alternative forms called alleles. The genotype of…

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Questions 11-13 are all based on the following information: Human chromosome 4 is about 215 CM long. SNPs 1 and 2 are two single nucleotide polymorphic loci at opposite ends of this chromosome. Linked at 8 cM from SNP2 is a gene for a recessive form of hot water epilepsy (epilepsy induced by hot water poured on the head; H = healthy, h = epilepsy). The pedigree shows inheritance of the SNPs and of the disorder. SNP alleles were identified by allele- specific oligonucleotide hybridization (shading indicates hybridization). Assume that there is no new mutation or aberrant event in this pedigree. Healthy (HP) 1-1 GG TT TT II-1 AA CC GG TT 1-2 1-3 T 11-2 14 Female Male SNP1 Hot-water epilepsy (hh) H SNP2 8CM 11. Give the egg and sperm genotype (for all three loci) received by II-1 and II-2. No explanations needed. • Genotype of egg received by II-1: . Genotype of sperm received by Il-1: Genotype of egg received by II-2: • Genotype of sperm received by II-2: 12. Epilepsy question continued... A geneticist want to calculate the probability that the first child born to Il-1 and II-2 will have hot-water epilepsy and will also be homozygous at both SNP loci. (No explanations needed for any part of this question.) a. Give the required gamete genotype from II-1 (all three loci). b. Considering H/h and SNP1, is this gamete (from II-1) Parental type (P), Recombinant (R), or unknown status (U)? c. Considering H/h and SNP2, is this gamete (from Il-1) Parental type (P), Recombinant (R), or unknown status (U)? d. Now give the required gamete genotype from II-2 (all three loci). e. Considering H/h and SNP1, is this gamete (from II-2) Parental type (P), Recombinant (R), or unknown status (U)? f. Considering H/h and SNP2, is this gamete (from II-2) Parental type (P), Recombinant (R), or unknown status (U)? 13. Epilepsy question continued... To continue calculating the probability that II-1 and II-2 will have a child with hot- water epilepsy and homozygous for both SNPs... a. What is the probability of of the required gamete from II-1? Show the steps in your calculation. b. What is the probability of of the required gamete from II-2? Show the steps in your calculation. c. What is the overall probability of this child? (Just set up the equation, no need to calculate the final value.)