- Sucralose is an
artificial sweetener originally sold under the trade name Splenda, but
now also supplied by a variety of manufacturers under various brand
names.
- Sucralose is
approximately 600 times as sweet as sucrose, twice as sweet as
saccharin, and four times as sweet as aspartame.
- There are two
methods of test solution preparation ; A-1 method and B-1 method.
- A-1 method is rather
simple ; grinding sample after adding a
specified amount of water,
adding water until getting a specified amount and filtration or ultra
filtration.
- B-1 method
calls for extraction of
sample with water, refinement with C-18
fixed phase extraction cartridge column and condensation.
- When more precise
assay is required, B-1 method is recommended.
- The United States
leads the world in consumption of high-intensity sweeteners, consuming
approximately 50% of the world demand.
- Demand for aspartame
in the United States rose from 8.4 million lb in 1986 to 17.5 million
lb.
- Sucralose, like most
carbohydrates, lacks a good chromophore and therefore requires high
concentrations to be detected by UV absorbance.
- The detection method
is specific for those analytes that can be oxidized at a selected
potential, leaving all other compounds undetected.
- Pulsed amperometric
detection (PAD) is a powerful detection technique with a broad linear
range and very low detection limits.
- As sucralose is very
heat stable, it is useful in food processing which requires high
temperatures, such as canning.
- This provides a
wider selection of food for people with diabetes to limit their caloric
or sugar intake.
- It passes
vapidly through the body unchanged and does not affect the blood glucose
level, carbohydrate metabolism and insulin production.
- As sucralose is not
a carbohydrate, it does not lead to tooth decay.
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Introduction
- Sucralose
- Sucralose
Facts
- Everything You Need to Know About
Sucralose
Process
- Sucralose
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Carbo Pac
MA1 Column for Carbohydrate Alditol and Aldose Analysis
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Dairy Foods Processing
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Sucralose Procedures
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Determination
of Sucralose in Soft Drinks
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Sucralose –
Technological Justification
Market
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Industry Market Research for Business
Leaders, Strategist, Decision Maker.
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Demand In Future
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Sucralose
Growth
Strategies in Ingredients
Growth
strategies and innovation
Consultants & Company Profile
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Consultant From New York
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Consultant From UK
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Consultant From USA
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Company From USA
Patent
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Extractive Methods for Purifying Sucralose
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Process For Improving sucralose Purity &
Yield
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Meltable Form Of Sucralose
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Sucralose Pentaester Production
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Sucralose Composition & Process For its
Preparation
Stabilized Sucralose
Complex
MSDS
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Sucralose
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Sucralose
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Splenda Sucralose
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Sucralose
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Report
Sucralose - a new persistent pollutant
in the environment.
Ingredients of quality
sweeteners
New Sucralose Plant
A Surveillance Study of the Sweetener
Sucralose
Measurements of Sucralose
Suppliers
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Suppliers Of Sucralose
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Manufacturer of Sucralose
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Sucralose Exporters
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Sucralose Suppliers
Products
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Sucralose
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Ingredients of quality
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Sucralose
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Splenda Sucralose
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Sucralose
Zuiet
Sucralose
Technology
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A Feasibility Study of Using
Supercritical Fluid Chromatography (SFC)-UV-ELSD for Food and Beverage
Analyses
Determination of Sucralose Using
HPAE-PAD
Determination of Sucralose in Reduced-
Carbohydrate Colas using High-Performance Anion-Exchange Chromatography
with Pulsed Amperometric Detection
An isotopic method for quantifying
sweeteners derived from corn and sugar cane
Selective Enumeration & Viability
of Bi fido Bacterium Animals
Analyses of Carbohydrates By Capillary
Electro Chromatography
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