PPT-Flagella and Cilia John Kim

Jonathan Timothy Adi What are Flagella and Cilia Flagella and Cilia are the locomotion appendages of unicellular Eukaryotes Basically they are the limbs of cells They can act like legs moving from place to place. By: Paige . Weist. and Jessie . Setlock. Stentor. (live) . Stentor. (prepared). Size: 196 um. Phylum: Ciliates . Locomotion: cilia. Size: 206 um. Phylum: ciliates. Locomotion:cilia. cilia. Objectives:. What is cell adaptations?. Different types of cell adaptations. Contractile vacuole. Cilia. Flagella. Pseudo pod. Eyespots. What is cell adaptation?. Changes made by a cell . in response to adverse environmental changes. EUGLENA, AMOEBA, PARAMECIUM, VOLVOX. What is a . p. rotist. ?. Protist. —. diverse. . group of single-celled organisms.. Eukaryotic . Euglena. Movement- flagellum. Flagella . – a whip-like tail that moves quickly back and forth to propel (or move) the . Part 2. More o. rganelles & their functions. The cytoskeleton found throughout the cytosol in eukaryotic cells. It is used to move the cell, move organelles within the cell, provide support and structure, and cytoplasmic streaming (not prokaryotic cells). . Copyright © 2002 Pearson Education, Inc., publishing as Benjamin Cummings. Eukaryotes. 3. Microtubules and microfilaments. The Cytoskeleton . الهيكل الخلو. ي. A network of fibres. . شبكة من الالياف. Amoeba, Paramecium, Euglena, . and. . Volvox. . T. he . Amoeba, Paramecium, Euglena,. and . Volvox. . All are protists: eukaryotes that . cannot. be classified as animals, plants, or fungi.. Classified by their movement and way of life. Cillia and Flagella John Bassili & Zheeanna Zahid Structure Of Cilia . Cilia are slender, microscopic, hair like structures that extend from the surface of nearly all multiple or single cells. :. contain enzymes that transfer . hydrogen. from various substrates to . oxygen. .. Functions of peroxisomes:. Hydrogen peroxide . (H. 2. O. 2. ) is a poison, but the peroxisome has enzyme that converts H. It is a dynamic structure that:. maintain cell shape. . has been known to protect the cell.. enables cellular motion.. play an important role in the movement of organelles and . intracytoplasmic. vesicles.. complexcombi-outputproteostasis,inputsirreversibledecisionsoverrideinputs.resem-BatesonCentreDepartmentBiomedicalScience,2TN,WellcomeBrennerBuilding,ClinicalLeeds,Beckett differentmicrotubulecross-sec  8\n\r   \n\r \n#\r#\n$7- \n\r#9\r\n &&:#
\r\n &7\r \n Jejuni. Flagella. Authors: Rita Moyes, . Andra. Robinson, Craig Wilson, Robert . Droleskey. Citation: Rita Moyes, . Andra. Robinson, Craig Wilson, Robert . Droleskey. . 2011. Transmission electron micrographs of negatively stained salmonella typhimurium flagella and fimbriae and campylobacter . Kiupel M, Desjardins DR, Lim A, Bolin C, Johnson-Delaney CA, Resau JH, et al. Mycoplasmosis in Ferrets. Emerg Infect Dis. 2012;18(11):1763-1770. https://doi.org/10.3201/eid1811.120072. Bacterial flagella are so thin (15–20 nm, depending on the species) that a single flagellum cannot be seen by light microscopy unless it is stained to increase its . diameter. Flagellar Structure. The bacterial flagellum is composed of three parts..