A subject matter of the invention is a molecularly imprinted polymer obtained by polymerization of a mixture comprising a silane, a tetra(C 1 -C 4 )alkyl orthosilicate, a porogenic solvent and a C 14 -C 20 fatty acid. Cosmetic composition comprising such a polymer. Cosmetic method for preventing and/or treating dandruff of the scalp using such a polymer.

Molecularly imprinted polymers of sol-gel type and their use as antidandruff agent

6-kinetin molecularly imprinted polymer and application thereof

The invention relates to a molecularly imprinted polymer obtained by polymerization of a mixture comprising a basic ethylene monomer having an amine group, a crosslinking agent comprising at least 2 polymerizable ethylene unsaturations, a porogenic solvent and a C14-C20 fatty acid. A cosmetic composition comprising such a polymer. A cosmetic process to prevent and/or treat dandruff of the scalp using such a polymer.

Molecularly imprinted polymers and their use as antidandruff agents

This invention comprises composition of and a process/method of using oral administration of a composition of Molecularly imprinted polymers (MIPs) imprinted with one or more of undesirable material/s for reducing the amount of one or more of the undesirable material/s being absorbed from the digestive tract of a living body The MIPs in the compositions have capability of trapping specific undesirable material/s from food in the digestive tract of a living body This invention also comprises a MIP specific for palmitic acid In Vivo and InVitro Illustrations have been given for reduction in absorption in glucose and palmitic acid; and InVitro illustration for monocrotophos specific MIP and its specificity The MIPs are consumed by oral administration of the MIPs or compositions containing MIP, either by consuming (a) a food in which MIP/s is/are incorporated/involved in the food, or (b) a tablet containing the MIP and the food, or (c) a sachet of MIP containing composition and the food, or (d) a fluid to which a composition of MIP/s is added and the food The undesirable material may be an undesired nutrient, an undesired food ingredient, a pesticide/pesticide residue, a poison, bacteria, viruses or cells

Molecular traps for certain undesirable materials

In recent years,practical application values of Monascus secondary metabolites turn higher and higher.In addition,the physical field assisted method has the characteristics of good selectivity, short cycle and great application potential.The effects of different physical field assisted methods like ultrasonic radiation,microwave irradiation,light and magnetic field on its products of secondary metabolites,monascus pigment,Monacolin K and citrinin,as well as their functions and research development are summarized.Then the prospect of combined physical field assisted method is also introduced.

Research Progress of Effects of Physical Field Assisted Method on Monascus Purpureus Secondary Metabol Ites

The invention relates to a method for preparing fatty acid molecular imprinted polymer, which comprises the following steps of: introducing a covalent bond to form a functional monomer of the molecular imprinted polymer; mixing template solution with certain concentration and the functional monomer according to a proportion, fully stirring, and refluxing to prepare precursor solution; and adding an initiator and a crosslinker, performing water bath for 24 h, grinding the product, sieving with a screen of 200 meshes, refluxing and extracting by using methanol-acetic acid solution for a long time, fully washing the obtained product by using ethanol, and drying to constant weight by using an oven at 60 DEG C to prepare the fatty acid molecular imprinted polymer. The fatty acid molecular imprinted polymer prepared by the method has the advantages of regular shape, high mechanical strength, high physiochemical performance, swelling resistance, good selective adsorption effect and the like, can be used under extreme conditions such as acid, alkali, high temperature and the like, is suitable for separating, purifying and enriching the fatty acid from complex matrixes such as water-soluble media, animal derived foods and the like, and has wide application prospect.

Method for preparing fatty acid molecular imprinted polymer

To Monascus spp., light is not the required factor for its growth. But Monascus spp. has the capacity to sense and respond to light. This paper investigated the effects of blue light on growth and the changes of citrinin yield in Monascus 15. Our results demonstrated blue light was a stimulating signal for citrinin formation. Under the blue light illumination, the biomass of Monascus 15 was inhibited, but the citrinin yield increased when comparing with no light culture condition. Spores statistical results revealed that the blue light also influences the development of mycelium and spore formation.

/pdf/effects-of-blue-light-on-mycelium-morphology-citrinin-2malnm9lfi.pdf

Effects of Blue Light on Mycelium Morphology, Citrinin Production and the Proportion of Sexual Spore of Monascus

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Method for preparing fatty acid molecular imprinted polymer

Effects of Blue Light on Mycelium Morphology, Citrinin Production and the Proportion of Sexual Spore of Monascus