PPT-Theoretical genetics -

Dihybrid crosses and epistasis Theoretical genetics Learning objectives Success criteria Understand the basics of theoretical genetics Describe the interactions between loci epistasis Production of genetic diagrams is . in the Animal Industry. Describe 2 types of selection. Compare Phenotype and Genotype. Define Common Terms used in genetics. Describe the interrelationship between genetics and the environment.. Demonstrate the use of a . http://www.dnapolicy.org/. “A . treatable . disease . like . severe asthma”. “Having a bad . reaction to . certain types of medicine”. No. Yes. “An . untreatable . disease . like . Alzheimer’s”. Experimental probability. : . Probability based on a collection of data.. Will have a table of results or data from the experiment(s)!. What is the difference between . theoretical probability. and . Next Generation Sequencing:. A technical perspective. Bristol Genetics Laboratory. Joanne Davies. Genetic Technologist. Objectives. Summarise the NGS assays currently available at BGL. Look at the general challenges with NGS assays. Objective . Tonight’s Homework. To see how genotype and phenotype apply. pp 127: 2, 5. Finish the “odds” for your kid. Making a Kid Using Genetics. In this activity, you’ll be pairing up with a friend and combining traits to make a kid. One of you will be “mom” and the other will be “dad”. Choose however you want.. Two organisms. One characteristic. Complete dominance . Solving Genetics Problems : Monohybrid Crosses. Complete dominance . the . dominant allele. completely masks the effect of the . recessive allele. Objectives. Identify. traits that vary in populations and that may be studied.. Explain. the importance of the bell curve to population genetics.. Compare . three causes of genetic variation in a population.. 1 PURA gene purine rich element binding protein A Normal Function The PURA gene provides instructions for making a protein called Pur-alpha (Pur a ), binda molecular cousin of DNAa molecular cousin 0.01020304050607080901001101201301401501601701801902002102202302402502602702802903003103203303403504001000 2000 Standard AugmentedGraph Maximum: 2000 mV/m Power: 5.0 kWFacility ID: 90773 Towers0 Augme 001020304050607080901001101201301401501601701801902002102202302402502602702802903003103203303403502001000StandardAugmentedGraph Maximum 1000 mV/mPower 10 kWFacility ID 1403 Towers0 AugmentationsTheore 001020304050607080901001101201301401501601701801902002102202302402502602702802903003103203303403502001000StandardAugmentedGraph Maximum 1000 mV/mPower 14 kWFacility ID 612572 Towers0 AugmentationsTheo 00102030405060708090100110120130140150160170180190200210220230240250260270280290300310320330340350100500StandardAugmentedGraph Maximum 500 mV/mPower 0225 kWFacility ID 356872 Towers0 AugmentationsTheo 1. . Discovered . by James Watson and Francis Crick . in 1953. 2. . Stores . genetic information for the production of proteins. 3. . Composed . of nucleotides. A) . A . nucleotide is composed of a nitrogenous base, . Polemical . Titius. -Bode Law. By,. G. G. . Nyambuya. (16 November 2016). Presentation made at the Copper Belt University, Kitwe – Zambia. . During the SAROAD Astronomical Observations and Data Analysis Workshop.