PPT-Acquisition of photosynthetic chloroplasts from algae in th

Elysia chlorotica Olivia Archambault John Minderman Elizabeth Dudley Mackenzie Tilley and Russell Bowles Horizontal Gene Transfer HGT Rumpho M E et al J Exp Biol 2011214303311. Algae Algae have been used in animal and human diets since very early times Filamentous algae are usually considered as macrophytes since they often form floating masses that can be easily harvested although many c Note: The . details. of Section 4.6, and parts of Section 4.7 are not part of the Essential Knowledge for the AP Exam and I will not be testing you on them. I’ll go over the parts of those sections that you are expected to know tomorrow.. Photosynthesis. Photosynthesis. Light driven transfer of electron across a membrane. Results in a proton gradient which drives the bonding of ADP and Pi to form ATP. Important in the production of Oxygen and the generation of carbon compounds that make aerobic metabolism possible. By Mark . Zhou and . Asad. . Zaheer. Structure. May live in colonies. Store energy as starch. Stacked thylakoids. Cell walls made of cellulose. Most have flagella. Red color from . phycoerythrin. . Inheritance. Not all genetic material is in the nucleus. Mitochondria and chloroplasts contain their own genetic material in the form of one or more loops of . DNA. This DNA contains the genes for the organelle to properly function within the cell. Primary Producers Notes. Primary Producers . - . make organic matter from CO2. - . usually by photosynthesis.. Until the 20th Century there were only “plants” and “animals”.. 50’s and 60’s questions about fungi, protists, bacteria arise?. A Story about Chloroplasts….  . Oh no! A chloroplast invasion has occurred! Those tiny organelles are on the loose again and they have gotten inside another organism!. Ha . Ha. ! Our plan is working!. Group 16:. Charlotte Myers, Vy Vu, Wout Moulin, Renata Bade, and Janek Witharana. Introduction. Can animals be photosynthetic?. Elysia chlorotica . (Sea Slug). Vaucheria . litorea (algae). Elysia chlorotica . STUDENTS WILL DEMONSTRATE AN UNDERSTANDING OF THE INTERRELATIONSHIPS AMONG ORGANISMS & THE BIOTIC & ABIOTIC COMPONENTS OF THEIR ENVIRONMENT. AQUATIC BIOMES. Aquatic Biomes. charaterized. primarily by their physical environment rather than be climate. Chapter 1 - John R Evans and Susanne von Caemmerer, Research School of Biology, Australian National University Contents 1.1 Leaf anatomy, light interception and gas exchange Case Study 1.1 - Deve (1982)155:511-515 PlanLa formation of homogentisate in the biosynthesis of tocopherol and plastoquinone in spinach chloroplasts Fiedler, J/irgen Soll, and Gernot Schultz ffir Tierern/ihrung, Arbeits ) is a plant-like organism that uses sunlight to produce energy in a process called . photosynthesis. . Algae are extremely important organisms because they are considered to be the primary oxygen-producing organisms on Earth. all. . shapes . and sizes. . Algae . are not plants, even though they sometimes look . like. . them. . . They . are all referred to as algae, the . red. , green and brown . algae. . are . chlorophyllus. . thallophytes. that can manufacture their own food and they produce oxygen during photosynthesis. So they are called as autotrophic . thallophytes. .. The term . thallus. is used for plant body that is not differentiated into root, stem and leaves. Lacks vascular system..