'Genetic code' presentation slideshows

CLASSROOM PROCEDURES. What a Great Day. Welcome to BIOLOGY. Mr. Willis Genola Eat odd things, example: A. insects Worms Others Think in a NEW way. Supplies to bring to class A. self and Brain B. Materials 1. Book 2. Paper 3. Writing Tools. C. Home Work 1.Assignment

What is the Secret of Life? Deoxyribonucleic Acid is the Answer History Lesson on DNA 1869 Swiss scientist Friedrich Miescher collected bloodied bandages at the local hospital Collected nuclei from cells found on the bandages

Department of Chemistry CHEM1020 General Chemistry *********************************************** Instructor: Dr. Hong Zhang Foster Hall, Room 221 Tel: 931-6325 Email: hzhang@tntech.edu CHEM1020/General Chemistry _________________________________________ Chapter 15. (L17)-Biochemistry

Introductory Biology in-class interactive lecture on evolution. We will use an attribute table to make a phylogenetic tree based on 3 lines of evidence. Observations of habitat and eating habits Observations of skeletons Observations of gene sequences

Nucleotide/Base/Phosphate DNA/cDNA RNA/mRNA/tRNA/rRNA Protein/Amino Acid Sequence/Sequencing Homology/Orthology/ Paralogy/Analogy Exon/Intron/Intergenic region Genetic code/Codon Splicing/Alternative splicing. Species/System/Tissue/ Organ/Cell/Organelle

Biology . DNA RNA Thymine Guanine Cytosine Hydrogen bond Adenine Uracil Replication Protein synthesis. mRNA tRNA rRNA Transcription Translation Amino acids Ribosome Peptide bond Watson & Crick Chromatin histones. Vocabulary. 12–1 DNA.

Written Description : Antibodies Bennett Celsa TC 1600 QAS. Antibody Structure. Antibody Variable Domains. Humanization of Antibodies. The W.D. Guidelines.

Introductory Biology in-class interactive lecture on evolution. We will use an attribute table to make a phylogenetic tree based on 3 lines of evidence. Observations of habitat and eating habits Observations of skeletons Observations of gene sequences

Genetic Disorders. Inheritance of Genetic Traits. Brief History. First there was Gregor Mendel, a monk who studied inherited characteristics. This was followed by Francis crick and James Watson who unraveled the DNA molecule. This has led us to understanding the human genome sequence.

BEIR VII: “The very error of the moon .” Othello, Act II. Herbert L. Abrams. Blast Thermal & Shock Radiation     Initial Nuclear Residual Nuclear Radiation Radiation. Nuclear Weapons Effects. Thermal Heat Wave.

Classification. Chapter 18. Characteristics of Living Things. Section 1-3. Characteristic. Examples. Living things are made up of units called cells. Many microorganisms consist of only a single cell. Animals and trees are multicellular. Living things reproduce.

The Characteristics of Life . What is the name of the science that studies living or once living organisms?. BIOLOGY. What does it mean to be alive?. The Traits of Life. Cellular Organization Growth and Development Metabolism (Obtain and Use Energy) Homeostasis Reproduction

Chapter 32. The Genetic Code to accompany Biochemistry, 2/e by Reginald Garrett and Charles Grisham.

Introduction. Chapter 1. Contents. Positioning of EC and the basic EC metaphor Historical perspective Biological inspiration: Darwinian evolution theory (simplified!) Genetics (simplified!) Motivation for EC What can EC do: examples of application areas

Comparison Of Chimpanzee and Human Genome. Topics covered. Overview of similarities between the genetic makeup of humans and chimpanzees. Comparison of brain and speech genes between humans and chimpanzees Brief overview on the evaluation of the genes. .

Trofim Lysenko and genetics in Soviet Russia (1927-1962). Bibliography V. Soifer, Lysenko and the tragedy of Soviet science, Rutgers, 1994 D. Joravsky, The Lysenko affair, Cambridge University Press,1970 W. Gratzer, The undegrowth of science, Oxford University Press, 2000. Genetics.

Monday 19 September 2011 Topics: Classification of Life. DO NOW Do you feel prepared for the presentation? What did your group do in order to prepare? If you were to do this project again, what would you do differently?. OBJECTIVES

Introduction. Chapter 1. Contents. The basic EC metaphor Historical perspective Biological inspiration: Darwinian evolution theory (simplified!) Genetics (simplified!) Motivation for EC What can EC do: examples of application areas. EVOLUTION Environment Individual Fitness.

Molecular Biology Primer. Angela Brooks, Raymond Brown, Calvin Chen, Mike Daly, Hoa Dinh, Erinn Hama, Robert Hinman, Julio Ng, Michael Sneddon, Hoa Troung, Jerry Wang, Che Fung Yung. Outline:. 0. History: Major Events in Molecular Biology 1. What Is Life Made Of?

Hereditary Colorectal Cancer. Prepared by: June C Carroll MD, CCFP, FCFP Sydney G. Frankfort Chair in Family Medicine Mount Sinai Hospital , University of Toronto Andrea L Rideout, MS, CGC, CCGC Certified Genetic Counsellor Project Manager – The Genetics Education Project