so form raised elevation and dry texture. For triple sugar ion is used to differentiate enterics based on the ability to reduce sulfur and ferment carbohydrates. It contains lactose‚ sucrose‚ a small amount of glucose (dextrose)‚ ferrorus sulfate and the pH indicator phenol red. As with the phenol red fermentation broths‚ if an organism can ferment any of the three sugars present in the medium‚ the medium will turn yellow. If an organism can only ferment dextrose‚ the small amount of dextrose in
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FTB 302 FOREST BIOTECHNOLOGY (2+1) In fermentation industry‚ various commercial products of important economic value made by microorganisms are (1) pharmaceuticals‚ including antibiotics‚ steroids‚ human protein‚ vaccines‚ and vitamins; (2) organic acids; (3) amino acids; (4) enzymes; (5) organic solvents; and (6) synthetic fuels. Some Microbial Species Used for Producing Commercial Products. Industrial Chemicals Saccharomyces cerevisisae Ethanol (from Kluyveromyces fragilis glucose) Clostridium
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reproduce by fission. Protozoans-Group of single-celled eukaryotic organisms. protozoans are colorless mobile organisms. They feed on other organisms for their source of energy. Fungi-A non-photosynthetic eukaryotic heterotroph. fungi can consist of yeast‚ mold‚ and mushrooms. They are not microbes. Some are pathogenic and can cause disease in humans and animals. Viruses-Acellular or non-living agent composed of nucleic acid surrounded by a protein coat. Prions-Infectious protein that has no nucleic
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The flour produced from the cassava plant‚ which on account of its low content of noncarbohydrate constituents might well be called a starch‚ is known in world trade as tapioca flour. It is used directly‚ made into a group of baked or gelatinized products or manufactured into glucose‚ dextrins and other products. Starchy foods have always been one of the staples of the human diet. They are mostly consumed in starch-bearing plants or in foods to which commercial starch or its derivatives have been
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Cellular Respiration Project Objective Answers 1. The overall equation for Cellular Respiration is 6O2 + C6H12O6 6H2O + 6CO2 + energy. Overall‚ it is the reverse reaction of photosynthesis‚ but chemically‚ the steps involved are very different. All you have to do is just flip both sides of the equation of photosynthesis‚ and you have the opposite‚ which is the equation for cellular respiration. They are reversible chemical reactions‚ meaning that the products of one process are the exact
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___D 4.C6H12O6 D. Glucose ___B 5. Process does not require oxygen E. ATP ___C 6. Process requires oxygen F. Kreb’s cycle ____I 7.Adenosine diphosphate G. Glycolysis ____E 8.Energy storing molecule H. Energy ____G 9. The anaerobic process of splitting glucose I. ADP and forming two molecules of pyruvic acid J. Autotrophs ____H 10. The ability to do work 11. Use the picture to the right to help you describe the relationship between photosynthesis and
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By examining where and when genes are expressed in a cell or organism‚ one can acquire valuable hints to its function‚ for genes compile the genetic make-up of an organism and exploring the function of genes is helping to uncover the complexity of ourselves and of other forms of life (1). Significant developments have been made in gene monitoring techniques specifically in DNA microarrays which only very recently revolutionized genome expression analysis (1). Despite continuous improvements and
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throughout this description of perry making. This document is organised into a number of sections. Firstly‚ the principal stages of the fermentation are described‚ followed by an overview of the perry making process‚ a discussion of the characteristics of the pear juice‚ the microbiology of the process‚ the changes in the composition of the perry during fermentation‚ and finally a description of how to make your own perry. Unlike cider making‚ you do need to know some of the technical detail to make
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Bio notes 2/4/13 Sunlight + 2H (little 2) O + 2O (little 2) - 2O (little 2) + C (little6) H (little 12) O (little6) Sunlight+ water+ carbon dioxide oxygen + glucose Supports all life on Earth Changing sunlight (solar energy) to glucose (chemical energy) Where? Leaves Leaf structures ------------------------------------------------- epidermis ------------------------------------------------- palisade mesophyll- top 1-2 layers under epidermis—very regular‚ column like‚ tightly packed
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Bioenergetics Photosynthesis & Respiration Laboratory Report Exercise 6 PBIO101 ________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________ Gina Dedeles Minda Dimaano-Kho Group 5 Felicita‚ Haniel Paulo‚ Gisselle Mildred V. Aniseta‚ Carmelus*Absent but present
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