PPT-The Effect of Microgravity

on the Use of Cactus Mucilage for Water Purification By Jesus Castor and N aiki A rmendariz Mentor Dr Gertrud Konings El Paso Community College. Co-Principal Investigators - . Amber Avant. Bailey Crosby. Morgan Dandridge. Megan DeWitt. Casey Powell. Milk Spoilage . -. the point at which milk becomes unwholesome. Milk will have a bad odor . Oakland, CA . Flight Experiment, Mission 6. Co-Principal investigators: . Cithlali. Hernandez, Jose . Morga. , Kevin Cruz. E. xperimental Question:. Can Eisenia Fetida compost in microgravity?. We will send Eisenia Fetida to the ISS and look for changes in the soil composition . On . Escherichia . coli. . growth in Microgravity. By: . Carla Stevenson, . Paul . Swopes. Nora . Ortega, . and . Perla. . Lozano. SSEP. 2010-2011. Prehistoric man gathering honey. A rock painting, made around 6000 BC. La Arana . E. ffect the Mold . G. rowth on Food?. By: Amanda Chavez & Brianna . Azuara. What is Mold?. Mold . is a furry growth of minute fungal hyphae that typically grows on moist conditions and environments. . Griffin . Eslinger and Alexander . Puckhaber. Palmetto Scholars Academy. North Charleston, SC. Description . of . Experiment. Our . experiment will compare the structural integrity of an iron bar oxidized in the presence of saltwater in microgravity to an iron . E. coli . on Polystyrene Particles. Jarisma Rodriguez. Michelle Holguin. Diana Pahman. Dr. Maria Alvarez, Faculty Mentor. Introduction. Bacterial . biofilms. are communities of bacteria surrounded with a slime-like substance that creates a protective shield and makes them resistant to a variety of environmental factors.. 129 Objective: Candle Flame in Microgravity for proper observations.lump of clay. Press the lump to the inside of the ATERIALSWood block*Empty 3-lb plastic peanut Microgravity P. AREUGINOSA. Mitchell . Hee. , Jennifer Jiang, Jasmine . Kuo. , Annie Surman. San Marino High School. San Marino, California. Background. Astronaut . Fred . Haise. infected by . P. . aeruginosa. . Rockwall ISD NASA/SSEP Project. William Brown – Co-principal Investigator. Brookes . Helmer. . – Co-principal Investigator. Chase . Howerton. . – Co-principal Investigator. James Matthews . – Co-principal Investigator. Chryseobacterium. . Aquaticum. Growth. Student Scientists. Co-Principal Investigators: Josh Choi, Greg Nelson, . Sophia . Novacic. and Ryan Olsen. Background Information. . Chryseobacterium. . Aquaticum. (Trifolium pratense L.). . Johnson County Central . Principal Investigator. Rudy Pooch . Co-. Investigators . Isaac Buss. Keelee McClintock. Collaborators. Natalie Roddy. Mason Waring. Teacher Facilitator. Reproduction of . Curli. -Producing. . E. coli. 0157:H7. Strain 43895OR. Presented by . Amalia. . Arceo-Hosken. and. . Jenna . Rifai. Avicenna Academy Science Community Collaboration. Lake County, Indiana. and pH of . L. actobacillus acidophilus . Presidio High School . Teacher Facilitator: Melody Crowder. Principal Investigator: . Illiana. Fernandez. Co-Principal Investigator- Alvaro Ali Romero. Collaborator- Rafael Sanchez. Grade 7, Elkton Pigeon Bay-Port Laker Junior High School. Co-Principal Investigators: Chandler Furness, Sarah Hammond, Chelsey Katshor, and Halle Keim. Collaborators: Hannah Hammond and Nicholas Wolschlager.