Andere Kunden interessierten sich auch für
![Molecularly Imprinted Receptor Targeting Lung Cancer Biomarker]( "Molecularly Imprinted Receptor Targeting Lung Cancer Biomarker")
Molecularly Imprinted Receptor Targeting Lung Cancer Biomarker46,99 €![Molecularly Imprinted Polymers in Biotechnology]( "Molecularly Imprinted Polymers in Biotechnology")
Molecularly Imprinted Polymers in Biotechnology147,99 €![Nanoparticules à empreinte moléculaire]( "Nanoparticules à empreinte moléculaire")
Nanoparticules à empreinte moléculaire26,99 €![Derivatization and Transition Metal Complexes of Herbicidal Compounds]( "Derivatization and Transition Metal Complexes of Herbicidal Compounds")
Derivatization and Transition Metal Complexes of Herbicidal Compounds32,99 €![An ion imprinted polymer for Ni (II) ions from mine tailing samples]( "An ion imprinted polymer for Ni (II) ions from mine tailing samples")
An ion imprinted polymer for Ni (II) ions from mine tailing samples32,99 €![Development of open tubular molecular imprinted columns]( "Development of open tubular molecular imprinted columns")
Development of open tubular molecular imprinted columns32,99 €![Molekular geprägte Nanopartikel]( "Molekular geprägte Nanopartikel")
Molekular geprägte Nanopartikel39,90 €
Molecularly imprinted nanospheres are polymeric materials that can be used as highly specific adsorbers of micropollutants. This project focuses on synthesis of nanoparticles and the application of those materials in water purification. Atrazine (ATZ) is an herbicide used in agriculture for controlling weeds, plants and broadleaf, but it has toxic properties for human and is the target compound in this work. Triethylmelamine (TEM) is used as a replacement template of atrazine in the synthesis of MIPs because it has a structure similar to ATZ and is considered less harmful than atrazine. A new method for emulsion polymerization via rotor-stator mixer for production in large scales of MIP and NIP nanoparticles for industrial uses was evaluated. The efficiency of the molecularly imprinted polymers was examined by binding experiments and quantified by HPLC-UV. Evaluations of the difference in binding between MIPs made with atrazine and triethylmelamine with different monomers and crosslinkers were also carried out. Only MIPs made with itaconic acid displayed imprinting effects, but polymers made with MAA:DVB had the strongest binding.