Inulin
It is a soluble dietary fiber that acts as a prebiotic, stimulating the growth of beneficial gut bacteria.
Inulin has been studied for its potential health benefits, including improved digestion, enhanced immune function, and reduced risk of chronic diseases like diabetes and obesity.
Researchers continue to explore the optimal uses of inulin in food, supplement, and therapeutic applications.
Experienve the future of inulin research today!
Most cited protocols related to «Inulin»
Corrected data sets have been analysed using the MultiSig programme, with a starting value for σI that should be in the region of, for choice slightly below, the expected mid-region of σ values. An initial fit using only two iterations is performed and the distribution of σ values inspected. If need be, the σI employed in the final 20-iteration fit is amended. The criterion for a ‘good’ value is that the final distribution of σ values should be wholly within the window (from 0.5σI to 4.48σI) used by the programme.
The precision of the final profile, which normally employs only 17 values for σ on the x axis, can be improved to a degree by carrying out the MultiSig fit two extra times, with two extra values for the starting value for σ producing a logarithmically interpolated set of 3 × 17 = 51 x values in the distribution. Only three iterations are now employed for each fit, to keep the total compute time manageable. An example of this modified MultiSig procedure is shown below (Fig.
The radial-dependence programme MultiSig_radius is normally only employed on a system after it has been characterised using MultiSig. Thus the choice of initial σI value is trivial.
Solutions of chicory root inulin were prepared by direct dissolution of the powdered product (kindly donated by Kelloggs UK) into 90 % aqueous DMSO. Solute concentration was checked using a digital refractometer (Atago DD-5).
Nutrient criteria have been developed for trans-fatty acids, saturated fatty acids, sodium and added sugars, because high intakes of these nutrients negatively affect health. The nutrient definitions and related health risks are provided in
An emphasis on healthy choices in basic product groups is encouraged by setting the criteria for discretionary foods at a more restrictive level than for basic foods. This is explained below.
Fibre was the subject of much debate. Indeed, manufacturers often add artificial or isolated fibres such as inulin as a ‘beneficial nutrient' to many foods. However, the effects on health of these isolated fibres are inconclusive (Cummings et al., 2009 (link)), and these purified fibres do not provide the micronutrients and phytochemicals that are present in sources of naturally occurring fibre, such as whole grains (Pascoe and Fulcher, 2008 ). The significance of this in terms of public health is great for countries such as Mexico, where tortillas represent around a quarter of the calories consumed (Popkin, 2008 ). Therefore, to promote fibre intake, a fibre criterion was added for relevant product groups. In line with the evidence, and to ensure sufficient micronutrient intake, the source of fibre must originate from the actual ingredients of the product group (for example, whole grain, vegetables).
Furthermore, as the Choices Programme aims to promote appropriate energy intake, an energy criterion has been defined for product groups that either substantially contribute to energy intake (for example, main courses and filled sandwiches) or for which a limited consumption is recommended (discretionary product groups): for example, sugar-sweetened beverages (Popkin et al., 2006 (link)).
Most recents protocols related to «Inulin»
Example 1
The formulation described above is prepared as follows: Lactobacillus Plantarum, Lactobacillus helveticus, Bifidobacterium longum, are mixed with inulin and blended at 32 rpm for approximately 10 min. Thereafter, fructose, magnesium gluconate, zinc gluconate, citric acid, flavor, potassium citrate, magnesium oxide, silicon dioxide, glutathione, potassium acesulfame, lactoferrine, and sucralose are added to the mixture and blended at 32 rpm for another 10 min.
Seventeen treatments were conducted based on the Box-Behnken design (BBD). Each run was done in triplicate. The designed response surface tests are presented in
According to the preliminary experiment based on RSM, the optimum condition of the three dietary fibers was determined and was used in the following experiments, which was 1.40% chaff dietary fiber, 1.42% soybean hull dietary fiber, and 3.24% inulin, respectively.
According to the optimal proportion of the composite dietary fiber in the low-fat recombinant meat product obtained by the response surface method. Hull dietary fiber 1.40%, soybean hull dietary fiber 1.42%, inulin 3.24%, the experimental groups were divided into five groups: the control group (T0); added 6.06% chaff dietary fiber (T1); added 6.06% soybean hull dietary fiber (T2); added 6.06% inulin (T3); added 1.40% chaff dietary fiber +1.42% soybean hull dietary fiber +3.24 % inulin (T4).
We first assume that the bulk flow of fluid in the interstitial space is negligible and transport occurs only due to diffusion in the interstitial space. Hence, we use
Secondly, we consider a clearance of 14C-inulin due to the glymphatic system. Hence, we use System (
Thirdly, we add the effect of blood vasculature. Indeed, cerebral blood vessels are not impermeable, and some fluid could leak from them to the other structures [38 (link)]. This case is depicted by Test case 3 in
For the sake of clarity, in the following, we refer to these 3 applications of our modelling framework as
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More about "Inulin"
This soluble dietary fiber is known for its prebiotic properties, meaning it stimulates the growth of beneficial gut bacteria.
Researchers have been studying inulin extensively for its potential health benefits, including improved digestion, enhanced immune function, and reduced risk of chronic conditions like diabetes and obesity.
Inulin is closely related to other carbohydrates like sucrose, fructose, and D-glucose, and it can be modified through processes like hydrolysis, acetylation, and enzymatic reactions to create a variety of useful derivatives.
FITC-inulin, for example, is a fluorescently labeled form of inulin that is often used in research to track and quantify its movement and absorption in the body.
Beyond its nutritional and therapeutic applications, inulin has also been explored for its potential use in food processing and formulation.
Its ability to enhance texture, stability, and mouthfeel in various products has made it a valuable ingredient for food manufacturers.
The future of inulin research is particularly exciting, with scientists continuing to explore novel ways to harness its unique properties.
From developing new extraction and purification methods to investigating its synergistic effects with other compounds, the potential of this remarkable polysaccharide is yet to be fully realized.
Experienve the future of inulin research today!