_____________________ Process 1. To get started‚ look at an example page from the EOL: Sample species 2. Choose one organism from each of the following groups: a. Bacteria – E. coli‚ Streptococcus‚ Salmonella‚ Lactobacillus b. Protists – Paramecium‚ Ameba‚ Euglena‚ Spirogyra‚ kelp c. Fungi – mushroom‚ yeast‚ bread mold Note: The organism that you choose should be from an uncompleted EOL entry. 3. Use the EOL website and other resources to research the following requirements for your sample
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would perform. For example‚ in reality‚ the functions of the digestive system are to capture and physically or chemically disintegrate food‚ absorb‚ detoxify‚ alternate‚ store and control the release of products of digestion and metabolism. Using a paramecium as the representative ciliated protozoa‚ the digestive system can be replaced with the oral groove‚ mouth pore‚ gullet‚ developing food vacuole‚ circulating food vacuole and anal pore. Food particles enter the ciliated oral groove pass through the
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Ecology Assignment: Emily Toney AP Biology (Ernst) 1. Fill in the ecological hierarchy chart below. Different levels of ecological study (1149) Ecological Level | Description | Example | Organismal | Organismal ecology includes the subdisciplines of psychological‚ evolutionary‚ and behavioral ecology‚ is concerned with how an organisms structure‚ physiology and (for animals) behavior meet the challenges posed by its environment. | How do hammerhead sharks select a mate? | Population
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1. BIOLOGICAL CLASSIFICATION Aristotle’s classification - Aristotle was the earliest to attempt a more scientific basis for classification of organisms. - He classified plants into trees‚ shrubs & herbs and animals into two groups‚ those which had red blood and those that did not. Two-kingdom classification - In Linnaeus’ time Two Kingdom classification (Kingdom Plantae & Kingdom Animalia) was developed. Drawbacks of 2-kingdom classification Prokaryotes (Bacteria‚ cyanobacteria) and eukaryotes
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FISH DIFFUSE THE AMMONIA IMMEDIATELY OUT OF THEIR GILLS. THEIR ENVIRONMENT HAS ENOUGH WATER TO DILUTE THE AMMONIA. Completion Questions 1. Which of the following is most likely to excrete most of its nitrogenous waste as ammonia? *****a) Paramecium
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01/28 Domain: Eukarya “Eu karyotic Protist Supergroups” 1. Supergroup Excavata Genus – Euglena Tryponsoma 2. Super group Chromolaveolata a. Ceratium b. Plasmodium c. Paramecium d. Laminaraia 3. Super group Archaeplastida a. Red Algae “ Polysiphonia” b. Green Algae “Chlamydomadas‚ Hydrodictyon‚ Spirogyra‚ Volvox” 4. Unikonta a. Amoeba b. Some other small creatures that have flagella Pro – No membrane‚ No Histone‚ They have a cell wall‚ unicellular Super groups in Eukarya domain:
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PHYTODIVERSITY AND CONSERVATION OF NITHYPOOJA KONA SACRED GROVE OF NALLAMALA HILL RANGE‚ EASTERN GHATS‚ ANDHRA PRADESH S.K.M.BASHA‚ P.SIVA KUMAR REDDY‚ M. JOHN PAUL NBKR Medicinal Plant Research Centre‚ Vidyanagar – 524413‚ SPSR‚ Nellore (Dt) A.P. Bharatiyar university‚ Coimbatore E-Mail : drskmbasha@gmail.com ABSTRACT Sacred groves are climax forests and are the only representatives of natural or near-natural vegetation. These are dedicated to deities or ancestral spirits worshipped
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magnification levels and recognizing their different shapes and how they are arranged contingent upon those identified within the lab itself and the microbiology textbook. Several different slides were observed under 10x and 40x lens magnification: Paramecium conjugation‚ Yeast‚ Amoeba Proteus‚ Ascaris eggs‚ Anabaena‚ and Penicillium. This allowed vivid illustrations of the specimens notating their shapes and how they are arranged. The bacteria were observed through the
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J. Algal Biomass Utln. 2014‚ 5 (3): 8- 15 Comparative Study of Microalgae Samples from Nepal for bio-fuel potentials ISSN: 2229- 6905 Comparative Study of Microalgae Samples from Nepal for bio-fuel potentials Nirpesh Dhakal1*‚ Sanjaya Lama1‚ Angela Shrestha1‚ Tika Bahadur Karki1‚ Paras Mani Timilsina1‚ Shiva Kumar Rai2 1 2 Department of Biotechnology‚ Kathmandu University‚ Dhulikhel‚ Nepal Department of Botany‚ Post Graduate Campus‚ Tribhuvan University‚ Biratnagar‚ Nepal email:
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PLASMA MEMBRANE SELECTIVE PERMEABILITY= allowing some substance to cross it more easily than others composed of: Phospholipids Proteins Carbohydrates Cholesterol FLUID MOSAIC MODEL Phospholipids are primary lipids(constantly moving‚ fluidly) AMPHIPATHIC-containing hydrophobic and hydrophilic regions Mosaic part=not made of one thing Freeze-fracture studies:way to view what’s inside FLUIDITY OF MEMBRANE Move within bilayer Most of lipids and some proteins‚ drift laterally
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