also clean items in the household. The target of this study is to improve the progress of cleanliness in our economy. Malunggay can clean and it can dissolve dirt in a great speed. Chemically speaking‚ there is a great possibility that malunggay’s chlorophyll might have the power not the leaves itself. The decision in doing this study was made during this late year of 2011 since herbal products such as malunggay shampoos and conditioners. These herbal items are greatly needed by the public market not
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MOVE INTO THE CELL 12. CHLOROPLAST 13. GREEN 14. IN THE STROMA 15. H20 16. IT EXCITES ELECTRONS IN CHLOROPHYLL 17. Making sugar 18. pigment‚ then to chlorophyll A 19. WATER SPLITTING 20. ELECTRONS ARE PASSED DOWN DEPENDENT REACTIONS Lab 5 1. a. What is the name of the pigment that captures light? (2 points) b. Why does the pigment appear green? (2 points) --Answer below: A. Chlorophyll B. Due to wavelengths of light that appear green to the human eye. 2. List two variables
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photosynthesis. This process is used by plants and other organisms for synthesis of lipids and amino acids or can be metabolized during cellular respiration to produce ATP. This process takes place in chloroplasts‚ which is a plastid that contains chlorophyll and involves two interlinked reactions‚ which are light dependent reactions and light independent reactions. Throughout our lab experiment‚ we focused on the affect access of light has on carbon dioxide during photosynthesis. Carbon dioxide levels
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Bibliography: Water quality data for these lakes can be obtained from the Michigan Department of Environmental Quality website. For this analysis of water clarity‚ parameters of Secchi disk‚ total Phosphorous (Spring data)‚ and Chlorophyll (mean) were used.
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ECOLOGICAL AND ECONOMICAL IMPORTANCE OF ALGAE Introduction..........................................................................................................2 Physical and ecological features of algae.............................................................4 Size range and diversity of structure.............................................................4 Distribution and abundance...........................................................................5 Photosynthesis and light-absorbing
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The Endosymbiont Hypothesis and the evolution of the Chloroplast and Mitochondria Dr Lynn Margulis is seen as the first person to have put forward the Endosymbiont Hypothesis which is based on a theory which explains the likely origin of the mitochondria and chloroplast (plants) in eukaryote organisms which we observe today. Dr Margulis received evidence from all over the world and from many scientific researchers and experiments‚ Margulis simply had to put all the evidence together to form her
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CH4 Prokaryotic Cells No nucleus Plasma membrane Selective permeability lets molecules pass. Enzymes for ATP production. Photosynthetic pigment on folding (on chromatophores or thylakoids). Leakage occurs if damaged by alcohols‚ ammonium‚ and polymyxin antibiotics. Phospholipid bilayer‚ peripheral proteins‚ integral protein‚ transmembrane protein‚ sterols‚ glycocalyx Movement across Membranes Simple diffusion: Movement of solute from high concentration to low Facilitative diffusion: Solute
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Alexandrium- red tide * Gambierdiscus toxicus 6. Oomycota / Water Molds * Carry photosynthesis; plant parasites * Phytophora (Potato Blight) 7. Charophyta / Stoneworts * Ancestor of mosses * Chlorophyll a and b 8. Chrysophyta / Golden Algae * Chlorophyll a and c * Accessory pigment: fucoxanthin * Laminarin and chrysolaminarin * Unequal flagella 9. Cyanobacteria (Blue-green algae) * Lacks nucleus * Phycolbilins * Spirulina- high protein
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take carbon dioxide from the atmosphere‚ add water‚ and use the energy of sunlight to produce sugar. Write the equation for photosynthesis: Photosynthesis occurs in the chloroplast‚ an organelle in plant cells that contains the molecule chlorophyll. Chlorophyll absorbs the energy of sunlight. That light energy is converted to chemical energy through the steps of photosynthesis. The reactions of photosynthesis can be divided into two major types: light-dependent reactions and light-independent
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Institution. What organisms in the seawater could account for the increase in chlorophyll content and biological productivity that his research group observed? Phytoplankton‚ and that the iron supplement stimulated plant growth‚ verifying that at least some phytoplankton species suffered from iron deficiency‚ Phytoplankton grew so successfully that concentrations of the photosynthetic pigment chlorophyll increased by a factor of 30 to 40 in the water‚ accounting for the green color. Scientists
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