Plant Biotechnology 26‚ 67–70 (2009) Minireview Production of natural rubber from Para rubber tree Yasuyuki Hayashi Bridgestone Corporation‚ Kodaira‚ Tokyo 187-8531‚ Japan E-mail: hayashi.yasuyuki@bridgestone.co.jp Tel: 81-42-342-6514 Fax: 81-43-498-2392 Received December 22‚ 2008; accepte January 27‚ 2009 (Edited by H. Suzuki) Abstract Natural rubber is one of the most important polymers produced by plants because it is a strategic raw material used in more than 40‚000 products. It
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Names:____________ Date Performed:_____ Experiment No:______ Score:_____________ AZO DYES PREPARATION INTRODUCTION AND OBJECTIVES The preparation of azo dyes is a standard reaction in an Organic Chemistry lab. Its adaptation to a parallel synthesis format is straightforward. Since the dyes vary widely in color‚ the diversity of this parallel synthesis becomes obvious. It includes techniques on diazotization and electrophilic substitiution. The experient belo is made to allow studens to
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Analysis of Food Dyes in Beverages Samantha Sequito and Anna Steenland Lab Performed: December 3‚ 2013 Lab Due: December 13‚ 2013 Introduction: Different amounts of FD&C Blue I were diluted with water to make eight differently concentrated 10 mL solutions. Samples were placed in the spectrophotometer to determine the percent transmittance of FD&C Blue 1. All of the data was summarized in graphs to predict the concentration of FD&C Blue I in a sample of Gatorade.
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Andrographis paniculata is a herbaceous plant in the family Acanthaceae‚ native to India and Sri Lanka. It is widely cultivated in southern Asia‚ where it is used to treat infections and some diseases‚ often being used before antibiotics were created. Mostly the leaves and roots were used for medicinal purposes. | | edit]Etymology Andrographis paniculata is an erect annual herb extremely bitter in taste in each and every part of the plant body. The plant is known in north-eastern India as
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TITLE Crime and Dye Lab Special Projects 1 Martin Enem LAB SECTION: BB2 INTRODUCTION Light is usually viewed as a result of the heating of a substance. The higher the temperature at which the substance is heated‚ the greater the vibrations that lead to certain light intensity given off by the molecule. It is this same theory that suggests why steel glows red hot when heated to high enough temperatures. The process of light emissions can also be induces through other means. 1 One
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PROCEDURE TO CARRY OUT COLOUR CONTRAST DYE PENETRANT INSPECTION TECHNIQUE WITH THE FIELD KIT INTRODUCTION: This document will give the procedures to be carried out for detection of surface crack on aircraft aerofoil suspected to be cracked using the color contrast Dye Penetrant technique. Inspection should be carried with the field kit consist of 1) Penetrant 2) Cleaner or remover 3) Developer-to eccentricity any indications. All three items are readily available in aerosol forms.
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Plants and animals have a lot of things in common so much in fact i couldn’t fit half of them into this essay‚ there similarities and differences span from the smallest things like cells to huge thing like the whole organism. One thing that plants and animals both have in common is the fact that they adapt‚ the main thing isn’t that they adapt though it’s why they do it. Animals‚ plants‚ and humans all share the same thing they have a will to live in different ways maybe or some might want to live
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The purpose of this lab was to synthesize indigo and an azo dye and to determine how effective each dye was to dye different types of fabrics. 0.168g of 2-nitrobenzaldehyde was dissolved into acetone along with 25 drops of distilled water and NaOH to synthesize indigo. The solution was filtered‚ and the solid indigo was placed into the filter flask to reduce indigo to leucoindigo with 10mL of 3M NaOH. The flask was heated along with sodium dithionite and distilled water added to the flask. Afiber
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Purpose: The purpose of this lab is to find the amount of blue dye #1 in the blueberry pomegranate gatorade. Procedure: We created dilutions using stock solution(10mL stock/0 mL water‚ 8mL/2mL‚ 6mL/4mL‚4mL/6mL‚ 3mL/7mL‚ 2mL/8mL‚1mL/9mL‚ 0mL/0mL). Before we put each dilution in the SPEC 20‚ we put water in a cuvette and put it in the SPEC 20 so we could zero out the percent transmittance. We collected the percent transmittance of each dilution using the SPEC20 with a wavelength of 630nm.
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spectroscopy create graph to determine the concentration of dye in a sport drink‚ by creating series of standard dilutions of an FD&C Blue 1 Stock solution and measuring the percent transmittance of each dilutions. Results in each dilutions will be use‚ to determine the linear function among various functions (T‚ T%‚ log T‚ - logT) For a Beer’s law calibration curve. The produce provides a model for guided-inquiry analysis of the concentration of food dye(s) in sports drinks and other consumer beverages.
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