PDF-Phenotype MicroArrays

February 12 2012 PM1 MicroPlate153 Carbon Sources A1 Negative Control A2 LArabinose A3 NAcetylDGlucosamine A4 DSaccharic Acid A5 Succinic Acid A6 DGalactose A7 LAspartic Acid A8 LProline A. budding yeast as a model for eukaryotic biology. Stacia R. Engel. Stanford University. Challenge to Biocurators. Promote ways in which [. your_organism. ] . and . r. esearch on . [. your_organism. ] . Today’s objective:. Define each evolutionary mechanism and identify which is taking place in a given scenario.. CQ: Evolution results in a better match of an organism and the environment?. Yes. No . and . transcriptomics. Daniel Hurley. What are we going to talk about?. Understanding the core principles and ‘root hypothesis’ of . transcriptomics. Choosing between different . technologies. How to design an experiment. phenome. as a tool for . exploring disease. Melissa Haendel. Febrary. 20, . 2014. Phenotype Research Coordination Network . Annual meeting. Candidate gene prioritization. . B6.Cg-Alms1. foz/fox. /J. Yu Chen. 1 . Tae-. Kyun. Kim. 2. Roberto Cipolla. 1.  . University of Cambridge, Cambridge, UK. 1. Imperial College, London, UK. 2.  . Problem Description. Task: To identify the phenotype class of deformable objects.. Michelle Simon and Ann-Marie Mallon . Introduction. Introduction – EUMODIC. EuroPhenome. (. www.europhenome.org. ). EMPRESS (. European Mouse . Phenotyping. Resource of Standardised Screens) . ). Introduction to Human Inheritance. Who’s in the family?. Talk the Talk:. Heredity. Trait. Gene. DNA. Chromosome. Allele. Genotype. Phenotype. Heterozygous. Homozygous . Dominant and Recessive Traits. 1. http://curation.phi-base.org/. 2. Data capture models. Canto captures data like this:. gene -> gene annotation -> annotation extensions (for additional annotation detail). PHI-Canto has been adapted from Canto for . Tt. Tall. tt. Short. The answer is _______ because: . Review from Objective 1. Which of the following depicts a dominant genotype? (tall – dominant, short – recessive). Tt. Tall. tt. Short. The answer is _______ because: . . Inheritance. . Review. . Incomplete. . Inheritance. Co-dominance. . Inheritance. SBI3U. •. . When. . one. . (1). . allele. . is. . stronger. . (so. . dominant). . than. . the. . Monica Brown, MPH, PhD. . California Cancer Registry. Mary Paré, RN, BS. . Sutter Cancer Center, Sacramento. Katrina Bauer, MS, CTR. . California Cancer Registry. NAACCR 2009 Conference, June 13-19, San Diego. The most well-known and medically important blood types are in the ABO group. . All humans and many other primates can be typed for the ABO blood group. . There are four principal types: A, B, AB, and O. . Assume the trait is controlled by simple dominance.. What are the genotypes of the two parents?. Do both parents show the dominant phenotype? . List the expected genotypes of the offspring.. List the expected phenotype of the offspring.. Pre 1800s – blending hypothesis. 1850s – Gregor Mendel. Pisum. . sativum. . – what makes pea good genetic model?. -. -. -. -. Pea character (gene) = . Pea trait (allele) = . self fertilization .