PPT-Structure-function relationship:

Fibrous proteins Dr Mamoun Ahram Summer 2016 Biological Functions of Proteins Enzymescatalysts for reactions Transport moleculeshemoglobin lipoproteins channel proteins Contractilemotionmyosin actin . Fibrous proteins. Lecture . 4. Dr. Mamoun Ahram. Summer, 2014. Biological Functions of Proteins. Enzymes--catalysts for reactions . Transport molecules--hemoglobin; lipoproteins, channel proteins. Contractile/motion--myosin; actin . The terminal end of an arteriole tapers toward the capillary junction to form a . single metarteriole. .. At the metarteriole-capillary junction, the distal most muscle cell forms the . . precapillary sphincter. Gustavo Caetano - . Anolles. 1. PowerPoint by Casey . Hanson. Protein Sequence, Structure, and Function | Gustavo Caetano - Anolles | 2015. Exercise. In this exercise we will be doing the following:. UNIFYING CONCEPTS IN ANIMAL STRUCTURE AND FUNCTION. STRUCTURE FITS FUNCTION IN THE ANIMAL BODY. ANATOMY. DEF . . THE STUDY OF THE STRUCTURE OF AN ORGANISM. PHYSIOLOGY. DEF . . THE STUDY OF THE FUNCTIONS AN ORGANISM PERFORMS. Cell/Developmental Biology I. Group Members. Kelly Hogan, Facilitator . Rita Graze. Matthew . Kearley. . Zheng-Hua. Ye. Xiaoyu. Zhang. Christine Sestero. Heather Tinsley. Learning Goal: . Understand . Misha. Kazhdan. What do we want to compute?. (What established theory can we apply?). How do we compute it effectively?. (How do we implement efficiently/robustly?). Geometry Processing in Detail. Symmetry Detection. Mathilde. Xiao and Liam Kennedy. http://. www.youtube.com/watch?v. =3Q5x0znIFnI. Structure of the Artery. Arteries . • . Fairly . narrow lumen . (blood at . higher . pressure. ) . No . valves . apart from the semi lunar valves. . What is structure?. What is function?. The . structure. is the shape of each part of a living thing. . Function. . describes how the part . is used . or how it works.. Velcro, a road reflector, a video game joystick, and a submarine's ballast tanks all have structures inspired by nature.. Part II: Proteins & Nucleic Acids. The FOUR Classes of Large Biomolecules. All living things are made up of four classes of large biological molecules: . Carbohydrates . Lipids. Protein. N. ucleic Acids. Cytoplasm.  . Cytoplasm . material between plasma membrane& nucleus. site of most cellular activity. 3 elements. Cytosol. Organelles. Inclusions . Cytosol. . viscous, semitransparent fluid in which other elements in cytoplasm are suspended. The Structure and Function of Macromolecules Part II: Proteins & Nucleic Acids The FOUR Classes of Large Biomolecules All living things are made up of four classes of large biological molecules: Vinay. K. . Chaudhri. 1. Outline. Introduction. KB_Bio_101- Biology textbook knowledge base. Representing structure and function . Representation and Reasoning needs. Upper ontology. Representing structure. Structure. Main component is phospholipids that are arranged in a double layer (. bilayer. ). Has scattered proteins within the phospholipids. Regulate what enters/leaves cell. Function . Nucleus. Structure. 2. Flow Routing. Procedure to determine the flow hydrograph at a point on a watershed from a known hydrograph upstream. As the hydrograph travels, it. attenuates . gets delayed. Q. t. Q. t. Q. t. Q. t.