PPT-Creating a heterozygous male

Hermaphrodite Parent genotype Male Parent genotype X Male gametes Female gametes Progeny genotype Which progeny are you continuing with Why Progeny phenotypes and ratios Hermaphrodite. Humans have 46 chromosomes in every cell.. 2 of these chromosomes make us male or female.. Female: XX Male: XY. The Sex Chromosomes:. Has information for male traits.. Few other genes.. The Y chromosome. Genotype . vs. Phenotype. Genotype: An organism’s genetic makeup which consists of the alleles that an organism inherits from it’s parents (ex: . Ee. ,. EE, or . ee. ). Phenotype: The physical appearance of an organism’s genotype.. Confused? Here is an example project on a power point.. . Key:. D = dominate allele, . acondroplasia. . d = recessive allele, normal stature. Genotype Phenotype. DD (Homozygous dominate) = Dwarf and death before 1 year. Gentoypes. and Phenotypes . Monohybrid Crosses. Dihybrid. Crosses. In certain breeds of dogs, deafness is due to a recessive allele (d. ), and . normal hearing is due to its dominant allele (D). . What . Punnett. Squares. Biology 103. Punnett. Squares:. - determine the probability of the possible genotypes and phenotypes of two organisms offspring. . Words to Know. Homozygous. : 2 of the same alleles for the same trait. Heredity. Chpt. . 12. Recall Simple Types of Heredity. Recessive .  Recall, must have both recessive alleles (. aa. ) to have a recessive trait. . Autosomal. (Complete) Dominance .  Recall, only 1 allele needed to have a dominant trait (AA or . Hermaphrodite. . Parent. genotype. Male Parent. genotype. X. Male gametes. Female gametes. Progeny genotype. Which progeny are you continuing with? Why?. Progeny phenotypes. and ratios. Hermaphrodite. and . codominance. Patterns of Inheritance. Learning outcomes. (. i. ) . genetic diagrams to show patterns of . inheritance. To . include . monogenic inheritance, . dihybrid inheritance, multiple alleles, sex linkage and . Punnett . Square. . in your . bellwork. page. In rabbits, . white coat color . (C. W. ) . and . black coat color . (C. B. ) . are . co-dominant. ; heterozygotes . (C. B. C. W. ) . are spotted. .. Draw . ).. TT _____ Bb _____ DD _____ . Ff. _____ . tt. _____ . dd. . _____. Dd. _____ . ff. _____ Tt _____ bb _____ BB _____ FF _____. STATION 2. Determine the phenotype for each genotype . using . the information provided about SpongeBob.. Samples and Techniques. A distinguishing characteristic that can be inherited is a(n). trait. Mendel knew that the variations in the offspring generations resulted from his experiments because he. Controlled the fertilization . Chpt. . 12. Recall Simple Types of Heredity. Recessive .  Recall, must have both recessive alleles (. aa. ) to have a recessive trait. . Autosomal. (Complete) Dominance .  Recall, only 1 allele needed to have a dominant trait (AA or . HMO Clinical Genetic Service, Department of Health, Hong Kong,China MBBS(HK), FHKAM(Paed)IFM MBChB(HK), FHKAM(Paed)TMF MBChB(HK), MRCPCHSTS MD, FRCPDepartment of Medical Genetics, Tohoku University Sc Category 2. Category 3. Category 4. Category 5. 10. 10. 10. 10. 10. 20. 20. 20. 20. 20. 30. 30. 30. 30. 30. 40. 40. 40. 40. 40. 50. 50. 50. 50. 50. Three reasons fruit flies make great genetic organisms.