Exploring encapsulation mechanism of DNA and mononucleotides in sol-gel derived silica.

Exploring encapsulation mechanism of DNA and mononucleotides in sol-gel derived silica.

The encapsulation mechanism of DNA in sol-gel derived silica has been explored with a objective to elucidate the affect of DNA conformation on encapsulation and to find out the character of chemical/bodily interaction of DNA with silica all through and after sol-gel transition. On this respect, double stranded DNA and dAMP (2′-deoxyadenosine 5′-monophosphate) had been encapsulated in silica using an alkoxide-based sol-gel route. Biomolecule-encapsulating gels have been characterised using UV-Vis, 29Si NMR, FTIR spectroscopy and gasoline adsorption (BET) to analysis chemical interactions of biomolecules with the porous silica group and to take a look at the extent of sol-gel reactions upon encapsulation. Ethidium bromide intercalation and leach out exams confirmed that helix conformation of DNA was preserved after encapsulation. For every biomolecules, extreme water-to-alkoxide ratio promoted water-producing condensation and prevented alcoholic denaturation. NMR and FTIR analyses confirmed extreme hydraulic reactivity (water adsorption) for further silanol groups-containing DNA and dAMP encapsulated gels than plain silica gel.

 

No chemical binding/interaction occurred between biomolecules and silica group. DNA and dAMP encapsulated silica gelled before plain silica as a consequence of elementary nature of DNA or dAMP containing buffer choices. DNA was not launched from silica gels to aqueous setting as a lot as 9 days. The chemical affiliation between DNA/dAMP and silica host was through phosphate groups and molecular water hooked as much as silanols, performing as a barrier spherical biomolecules. The helix morphology was found not to be vital for such interaction. BET analyses confirmed that interconnected, inkbottle-shaped mesoporous silica group was condensed spherical DNA and dAMP molecules.

 

Protein entrapment inside silica matrices all through sol-gel formation is an environment friendly technique of producing biocatalysts with extreme load, train retention, and minimal leaching. Then once more, mesoporous silica provides have been favored for diffusional administration of protein provide attributable to their widespread pore dimension and morphology and whatever the drawback of requiring post-synthesis loading with cargo proteins. Proper right here, we describe a hybrid experience by which fusion of the silica-binding Car9 dodecapeptide to model fluorescent proteins permits for his or her simultaneous entrapment and flooring immobilization inside sol-gel monoliths that could be fabricated in air and oil phases.

 

 

Ionic Liquid-Silica Precursors via Solvent-Free Sol-Gel Course of and Their Utility in Epoxy-Amine Neighborhood: A Theoretical/Experimental Look at.

 

This work describes the solvent-free sol-gel synthesis of epoxy-functionalized silica-based precursors throughout the presence of 1-butyl-3-methylimidazolium-based ionic liquids (ILs) containing completely totally different anions: chloride (Cl-) and methanesulfonate (MeSO3-). The IL-driven sol-gel mechanisms had been investigated intimately using experimental characterizations (29Si NMR and ATR FTIR spectroscopy) and a theoretical computational method based mostly totally on density helpful thought (DFT).

We observed sophisticated IL have an effect on on every hydrolysis and condensation steps, involving significantly H-bonding and Coulomb coupling stabilization of the strategy intermediates. The obtained IL-silica precursors and their further xerogels had been extensively characterised (rheology measurements, MALDI TOF, 29Si NMR, ATR FTIR, and DFT simulation), which allowed comment of their actual silica constructions and established their most energetically favorable conformations. The detected silica constructions had been relying on the IL type and various from extraordinarily condensed 3D cage-like to branched ladder-like and cyclic ones.

 

The equipment of prepared IL-silica precursors as reinforcing parts into the epoxy-amine group led to an enchancment throughout the pure/inorganic interphase interactions through chemical and bodily bonding. Uniform and well-dispersed silica aggregates, throughout the dimension of ∼30 nm, had been formed when ≤6.eight wt % of each IL-silica precursor was utilized into the epoxy-amine group. The utilization of imidazolium-based ILs contributed to a serious enchancment in thermomechanical properties of hybrids and decreased their UV absorption potential as compared with that of the reference matrix. All hybrids exhibited an increase in vitality to interrupt (as a lot as ∼53%), elongation at break (as a lot as ∼43%), shear storage modulus throughout the rubbery space (as a lot as 4 cases), and thermo-oxidative stability.

Exploring encapsulation mechanism of DNA and mononucleotides in sol-gel derived silica.
Exploring encapsulation mechanism of DNA and mononucleotides in sol-gel derived silica.

Exploring encapsulation mechanism of DNA and mononucleotides in sol-gel derived silica.

Bionic multi-tentacled ionic liquid-modified silica gel for adsorption and separation of polyphenols from inexperienced tea (Camellia sinensis) leaves. For the first time, a model new kind of bionic multi-tentacled ionic liquid-modified silica gel was synthesized and used as selective adsorbent throughout the preparative separation of tea polyphenols (TP) from inexperienced tea leaves. It was found that silica particles with polyvinyl alcohol chains modified by N-methyl imidazole proline salt  had the fantastic effectivity in selective adsorption along with fantastic separation for objective compounds.

The model new adsorbent exhibited extreme adsorption functionality and good reusability, within the meantime the antioxidant train of TP could very properly be improved through its setting pleasant enrichment. It properties and adsorption mechanism had been moreover investigated comprehensively and in distinction with these reported sorbents. Lastly, the preparative separation of specific individual catechin from crude extracts was effectively achieved on the chromatographic column filled with  particles and four vital constituents had been obtained successively.

Silica Particles

SIP-60-10 10 mL
EUR 208
Description: Silica Particlesare non-porous, spherical in shape, and are very uniform in size. These particles have a density of Please reffer to the technical data sheet for more detail information for this item. Our dedicated team would be happy to assist you via live chat, email or phone. .96 g/cm3 and can withstand temperatures of up to Please reffer to the technical data sheet for more detail information for this item. Our dedicated team would be happy to assist you via live chat, email or phone. 000°C. They have been used to adsorb DNA and RNA from cell lysates.

Amino Silica Particles

ASIP-30-10 10 mL
EUR 310
Description: Amino Silica Particles are non-porous, spherical in shape, and are very uniform in size. These particles have a density of Please reffer to the technical data sheet for more detail information for this item. Our dedicated team would be happy to assist you via live chat, email or phone. .96 g/cm3 and can withstand temperatures of up to Please reffer to the technical data sheet for more detail information for this item. Our dedicated team would be happy to assist you via live chat, email or phone. 000°C. They have been used to adsorb DNA and RNA from cell lysates.

Streptavidin Silica Particles

SVSIP-05-5 5 mL
EUR 462
Description: Please reffer to the technical data sheet for more detail information for this item. Our dedicated team would be happy to assist you via live chat, email or phone.

Streptavidin Silica Particles

SVSIP-10-5 5 mL
EUR 462
Description: Please reffer to the technical data sheet for more detail information for this item. Our dedicated team would be happy to assist you via live chat, email or phone.

Streptavidin Silica Particles

SVSIP-15-5 5 mL
EUR 462
Description: Please reffer to the technical data sheet for more detail information for this item. Our dedicated team would be happy to assist you via live chat, email or phone.

Streptavidin Silica Particles

SVSIP-30-5 5 mL
EUR 486
Description: Please reffer to the technical data sheet for more detail information for this item. Our dedicated team would be happy to assist you via live chat, email or phone.

Streptavidin Silica Particles

SVSIP-60-5 5 mL
EUR 513
Description: Please reffer to the technical data sheet for more detail information for this item. Our dedicated team would be happy to assist you via live chat, email or phone.

Silica Superparamagnetic Particles

SIM-025-10H 10mL
EUR 208
Description: Silica Superparamagnetic Particles are recomended for variety of applications such as cell separation, affinity purification, DNA probe assays, magnetic particle EIA, etc. The key features are does not contain any free iron oxide, thus reducing undesirable interference, you may obtain iable and functionally active cells using using magnetic labeling after coupling with cell surface molecules.

Silica Superparamagnetic Particles

SIM-05-10H 10mL
EUR 233
Description: Silica Superparamagnetic Particles are recomended for variety of applications such as cell separation, affinity purification, DNA probe assays, magnetic particle EIA, etc. The key features are does not contain any free iron oxide, thus reducing undesirable interference, you may obtain iable and functionally active cells using using magnetic labeling after coupling with cell surface molecules.

Fused Silica Capillary Tubing

CAP-75 1roll
EUR 223
Description: Capillary for LC/MS columns, 75 um ID, 363um OD, 10 meter length. Includes a cleaving tool.

Silica Microspheres, Amine, 0.5um

SA03N-1 1 g
EUR 518.29
Description: Silica Microspheres, Amine, 0.5um are bead platform with improved binding kinetics over planar ssurfaces, robust statistics, flexible silanization chemistries, unique refractive index and density, low autofluorescence, low nonspecific binding of many biomolecules

Silica Microspheres, Amine, 1.0um

SA04N-1 1 g
EUR 518.29
Description: Silica Microspheres, Amine, 1.0um are bead platform with improved binding kinetics over planar ssurfaces, robust statistics, flexible silanization chemistries, unique refractive index and density, low autofluorescence, low nonspecific binding of many biomolecules

Silica Microspheres, Amine, 5.0um

SA05N-1 1 g
EUR 841.28
Description: Silica Microspheres, Amine, 5.0um are bead platform with improved binding kinetics over planar ssurfaces, robust statistics, flexible silanization chemistries, unique refractive index and density, low autofluorescence, low nonspecific binding of many biomolecules

Silica Microspheres, Carboxyl, 0.5um

SC03N-1 1 g
EUR 518.29
Description: Silica Microspheres, Carboxyl, 0.5um are bead platform with improved binding kinetics over planar ssurfaces, robust statistics, flexible silanization chemistries, unique refractive index and density, low autofluorescence, low nonspecific binding of many biomolecules

Silica Microspheres, Carboxyl, 1.0um

SC04N-1 1 g
EUR 518.29
Description: Silica Microspheres, Carboxyl, 1.0um are bead platform with improved binding kinetics over planar ssurfaces, robust statistics, flexible silanization chemistries, unique refractive index and density, low autofluorescence, low nonspecific binding of many biomolecules

Silica Microspheres, Carboxyl, 5.0um

SC05N-1 1 g
EUR 841.28
Description: Silica Microspheres, Carboxyl, 5.0um are bead platform with improved binding kinetics over planar ssurfaces, robust statistics, flexible silanization chemistries, unique refractive index and density, low autofluorescence, low nonspecific binding of many biomolecules

Silica Microspheres - Dry, 0.3um

SS02N-1.5 1,5 g
EUR 460.65
Description: Silica Microspheres - Dry, 0.3um with natural hydroxyl or silanol surface groups. Suitable for use for proteins with low binding capacity.

Silica Microspheres - Dry, 0.5um

SS03N-1.5 1,5 g
EUR 460.65
Description: Silica Microspheres - Dry, 0.5um with natural hydroxyl or silanol surface groups. Suitable for use for proteins with low binding capacity.

Silica Microspheres - Dry, 1.5um

SS04N-1.5 1,5 g
EUR 645.53
Description: Silica Microspheres - Dry, 1.5um with natural hydroxyl or silanol surface groups. Suitable for use for proteins with low binding capacity.

Silica Microspheres - Dry, 4.0um

SS05N-1.5 1,5 g
EUR 755.36
Description: Silica Microspheres - Dry, 4.0um with natural hydroxyl or silanol surface groups. Suitable for use for proteins with low binding capacity.

Silica Microspheres - Dry, 5.0um

SS06N-1.5 1,5 g
EUR 755.36
Description: Silica Microspheres - Dry, 5.0um with natural hydroxyl or silanol surface groups. Suitable for use for proteins with low binding capacity.

Drying Reagent, Silica Gel

DSG110 1Kg
EUR 76.1
  • Product category: Biochemicals/Adsorbents/Drying Agents/Drying Agents

DiagNano Silica Nanoparticles, 10 nm

DNG-B001 10 mL
EUR 710

DiagNano Silica Nanoparticles, 30 nm

DNG-B002 10 mL
EUR 689

DiagNano Silica Nanoparticles, 50 nm

DNG-B003 10 mL
EUR 601

DiagNano Silica Nanoparticles, 70 nm

DNG-B004 10 mL
EUR 559

DiagNano Silica Nanoparticles, 100 nm

DNG-B005 10 mL
EUR 559

DiagNano Silica Particles, 200 nm

DNG-B006 10 mL
EUR 559

DiagNano Silica Particles, 300 nm

DNG-B007 10 mL
EUR 559

DiagNano Silica Particles, 400 nm

DNG-B008 10 mL
EUR 559

DiagNano Silica Particles, 500 nm

DNG-B009 10 mL
EUR 559

DiagNano Silica Particles, 600 nm

DNG-B010 10 mL
EUR 559

DiagNano Silica Particles, 700 nm

DNG-B011 10 mL
EUR 569

DiagNano Silica Particles, 800 nm

DNG-B012 10 mL
EUR 575

DiagNano Silica Particles, 1 µm

DNG-B013 10 mL
EUR 575

DiagNano Silica Particles, 1.5 µm

DNG-B014 10 mL
EUR 575

DiagNano Silica Particles, 3 µm

DNG-B015 10 mL
EUR 575

DiagNano Silica Particles, 4 µm

DNG-B016 10 mL
EUR 575

DiagNano Silica Particles, 5 µm

DNG-B017 10 mL
EUR 575

DiagNano Silica Particles, 10 µm

DNG-B018 10 mL
EUR 595

DiagNano Silica Particles, 15 µm

DNG-B019 10 mL
EUR 595

DiagNano Silica Particles, 20 µm

DNG-B020 10 mL
EUR 601

DiagNano Avidin Silica Particles, 300 nm

DNG-C001 2 mL
EUR 627

DiagNano Avidin Silica Particles, 500 nm

DNG-C002 2 mL
EUR 627

DiagNano Avidin Silica Particles, 1 μm

DNG-C003 2 mL
EUR 647

DiagNano Avidin Silica Particles, 1.5 μm

DNG-C004 2 mL
EUR 647

DiagNano Avidin Silica Particles, 3 μm

DNG-C005 2 mL
EUR 647

DiagNano Avidin Silica Particles, 4 μm

DNG-C006 2 mL
EUR 647

DiagNano Avidin Silica Particles, 5 μm

DNG-C007 2 mL
EUR 647

DiagNano Avidin Silica Particles, 10 μm

DNG-C008 2 mL
EUR 668

DiagNano Avidin Silica Particles, 15 μm

DNG-C009 2 mL
EUR 668

DiagNano Avidin Silica Particles, 20 μm

DNG-C010 2 mL
EUR 668

DiagNano Streptavidin Silica Nanoparticles, 100 nm

DNG-C011 1 mL
EUR 637

DiagNano Streptavidin Silica Particles, 200 nm

DNG-C012 1 mL
EUR 637

DiagNano Streptavidin Silica Particles, 300 nm

DNG-C013 1 mL
EUR 595

DiagNano Streptavidin Silica Particles, 500 nm

DNG-C014 1 mL
EUR 595

DiagNano Streptavidin Silica Particles, 1 μm

DNG-C015 1 mL
EUR 611

DiagNano Streptavidin Silica Particles, 1.5 μm

DNG-C016 1 mL
EUR 611

DiagNano Streptavidin Silica Particles, 3 μm

DNG-C017 1 mL
EUR 611

DiagNano Streptavidin Silica Particles, 4 μm

DNG-C018 1 mL
EUR 611

DiagNano Streptavidin Silica Particles, 5 μm

DNG-C019 1 mL
EUR 611

DiagNano Streptavidin Silica Particles, 10 μm

DNG-C020 1 mL
EUR 627

DiagNano Streptavidin Silica Particles, 15 μm

DNG-C021 1 mL
EUR 627

DiagNano Streptavidin Silica Particles, 20 μm

DNG-C022 1 mL
EUR 627

DiagNano Albumin Silica Particles, 300 nm

DNG-C023 10 mL
EUR 627

DiagNano Albumin Silica Particles, 500 nm

DNG-C024 10 mL
EUR 627

DiagNano Albumin Silica Particles, 1 μm

DNG-C025 10 mL
EUR 627

DiagNano Albumin Silica Particles, 1.5 μm

DNG-C026 10 mL
EUR 647

DiagNano Albumin Silica Particles, 3 μm

DNG-C027 10 mL
EUR 647

DiagNano Albumin Silica Particles, 4 μm

DNG-C028 10 mL
EUR 647

DiagNano Albumin Silica Particles, 5 μm

DNG-C029 10 mL
EUR 647

DiagNano Albumin Silica Particles, 10 μm

DNG-C030 10 mL
EUR 668

DiagNano Albumin Silica Particles, 15 μm

DNG-C031 10 mL
EUR 668

DiagNano Albumin Silica Particles, 20 μm

DNG-C032 10 mL
EUR 668

DiagNano Acrylate Silica Nanoparticles, 30 nm

DNG-F001 10 mL
EUR 772

DiagNano Acrylate Silica Nanoparticles, 50 nm

DNG-F002 10 mL
EUR 679

DiagNano Acrylate Silica Nanoparticles, 70 nm

DNG-F003 10 mL
EUR 647

DiagNano Acrylate Silica Nanoparticles, 100 nm

DNG-F004 10 mL
EUR 616

DiagNano Acrylate Silica Particles, 200 nm

DNG-F005 10 mL
EUR 616

DiagNano Acrylate Silica Particles, 300 nm

DNG-F006 10 mL
EUR 616

DiagNano Acrylate Silica Particles, 500 nm

DNG-F007 10 mL
EUR 616

DiagNano Acrylate Silica Particles, 1 µm

DNG-F008 10 mL
EUR 632

DiagNano TMS Silica Nanoparticles, 50 nm

DNG-F009 250 mg
EUR 699

DiagNano TMS Silica Nanoparticles, 100 nm

DNG-F010 250 mg
EUR 637

DiagNano TMS Silica Particles, 200 nm

DNG-F011 500 mg
EUR 637

DiagNano TMS Silica Particles, 300 nm

DNG-F012 500 mg
EUR 637

DiagNano TMS Silica Particles, 500 nm

DNG-F013 500 mg
EUR 637

DiagNano TMS Silica Particles, 1 µm

DNG-F014 500 mg
EUR 653

DiagNano TMS Silica Particles, 1.5 µm

DNG-F015 500 mg
EUR 653

DiagNano TMS Silica Particles, 3 µm

DNG-F016 500 mg
EUR 637

DiagNano TMS Silica Particles, 4 µm

DNG-F017 500 mg
EUR 637

DiagNano TMS Silica Particles, 5 µm

DNG-F018 500 mg
EUR 653

DiagNano TMS Silica Particles, 10 µm

DNG-F019 500 mg
EUR 668

DiagNano TMS Silica Particles, 15 µm

DNG-F020 500 mg
EUR 668

DiagNano TMS Silica Particles, 20 µm

DNG-F021 500 mg
EUR 668

DiagNano C18 Silica Particles, 300 nm

DNG-F022 500 mg
EUR 632

DiagNano C18 Silica Particles, 500 nm

DNG-F023 500 mg
EUR 621

DiagNano C18 Silica Particles, 1 µm

DNG-F024 500 mg
EUR 637

DiagNano C18 Silica Particles, 1.5 µm

DNG-F025 500 mg
EUR 637

DiagNano C18 Silica Particles, 3 µm

DNG-F026 500 mg
EUR 637

DiagNano C18 Silica Particles, 4 µm

DNG-F027 500 mg
EUR 637

DiagNano C18 Silica Particles, 5 µm

DNG-F028 500 mg
EUR 637

DiagNano C18 Silica Particles, 10 µm

DNG-F029 500 mg
EUR 653

DiagNano C18 Silica Particles, 15 µm

DNG-F030 500 mg
EUR 653

DiagNano C18 Silica Particles, 20 µm

DNG-F031 500 mg
EUR 653

DiagNano Amine Silica Nanoparticles, 30 nm

DNG-F032 10 mL
EUR 757

DiagNano Amine Silica Nanoparticles, 50 nm

DNG-F033 10 mL
EUR 663

DiagNano Amine Silica Nanoparticles, 70 nm

DNG-F034 10 mL
EUR 637

DiagNano Amine Silica Nanoparticles, 100 nm

DNG-F035 10 mL
EUR 601

DiagNano Amine Silica Particles, 200 nm

DNG-F036 10 mL
EUR 601

DiagNano Amine Silica Particles, 300 nm

DNG-F037 10 mL
EUR 601

DiagNano Amine Silica Particles, 500 nm

DNG-F038 10 mL
EUR 601

DiagNano Amine Silica Particles, 1 μm

DNG-F039 10 mL
EUR 616

DiagNano Amine Silica Particles, 1.5 μm

DNG-F040 10 mL
EUR 621

DiagNano Amine Silica Particles, 3 μm

DNG-F041 10 mL
EUR 621

DiagNano Amine Silica Particles, 4 μm

DNG-F042 10 mL
EUR 621

DiagNano Amine Silica Particles, 5 μm

DNG-F043 10 mL
EUR 621

DiagNano Amine Silica Particles, 10 μm

DNG-F044 10 mL
EUR 637

DiagNano Amine Silica Particles, 15 μm

DNG-F045 10 mL
EUR 637

DiagNano Amine Silica Particles, 20 μm

DNG-F046 10 mL
EUR 637

DiagNano Carboxyl Silica Nanoparticles, 30 nm

DNG-F047 10 mL
EUR 736

DiagNano Carboxyl Silica Nanoparticles, 50 nm

DNG-F048 10 mL
EUR 684

DiagNano Carboxyl Silica Nanoparticles, 70 nm

DNG-F049 10 mL
EUR 663

DiagNano Carboxyl Silica Nanoparticles, 100 nm

DNG-F050 10 mL
EUR 601

DiagNano Carboxyl Silica Particles, 200 nm

DNG-F051 10 mL
EUR 601

DiagNano Carboxyl Silica Particles, 300 nm

DNG-F052 10 mL
EUR 601

DiagNano Carboxyl Silica Particles, 500 nm

DNG-F053 10 mL
EUR 601

DiagNano Carboxyl Silica Particles, 1 μm

DNG-F054 10 mL
EUR 621

DiagNano Carboxyl Silica Particles, 1.5 μm

DNG-F055 10 mL
EUR 621

DiagNano Carboxyl Silica Particles, 3 μm

DNG-F056 10 mL
EUR 621

DiagNano Carboxyl Silica Particles, 4 μm

DNG-F057 10 mL
EUR 621

DiagNano Carboxyl Silica Particles, 5 μm

DNG-F058 10 mL
EUR 621

DiagNano Carboxyl Silica Particles, 10 μm

DNG-F059 10 mL
EUR 637

DiagNano Carboxyl Silica Particles, 15 μm

DNG-F060 10 mL
EUR 637

DiagNano Carboxyl Silica Particles, 20 μm

DNG-F061 10 mL
EUR 637

DiagNano Epoxy Silica Particles, 300 nm

DNG-F062 100 mg
EUR 569

DiagNano Epoxy Silica Particles, 500 nm

DNG-F063 100 mg
EUR 569

DiagNano Epoxy Silica Particles, 1 μm

DNG-F064 100 mg
EUR 585

DiagNano Epoxy Silica Particles, 1.5 μm

DNG-F065 100 mg
EUR 601

DiagNano Epoxy Silica Particles, 3 μm

DNG-F066 100 mg
EUR 569

DiagNano Epoxy Silica Particles, 4 μm

DNG-F067 100 mg
EUR 569

DiagNano Epoxy Silica Particles, 5 μm

DNG-F068 100 mg
EUR 569

DiagNano Epoxy Silica Particles, 10 μm

DNG-F069 100 mg
EUR 601

DiagNano Epoxy Silica Particles, 15 μm

DNG-F070 100 mg
EUR 601

DiagNano Epoxy Silica Particles, 20 μm

DNG-F071 100 mg
EUR 601

DiagNano NR3+ Silica Particles, 200 nm

DNG-F072 10 mL
EUR 621

DiagNano NR3+ Silica Particles, 300 nm

DNG-F073 10 mL
EUR 621

DiagNano NR3+ Silica Particles, 500 nm

DNG-F074 10 mL
EUR 621

DiagNano NR3+ Silica Particles, 1 μm

DNG-F075 10 mL
EUR 647

DiagNano NR3+ Silica Particles, 1.5 μm

DNG-F076 10 mL
EUR 647

DiagNano NR3+ Silica Particles, 3 μm

DNG-F077 10 mL
EUR 663

DiagNano NR3+ Silica Particles, 5 μm

DNG-F078 10 mL
EUR 663

DiagNano NR3+ Silica Particles, 10 μm

DNG-F079 10 mL
EUR 663

DiagNano NR3+ Silica Particles, 15 μm

DNG-F080 10 mL
EUR 663

DiagNano NR3+ Silica Particles, 20 μm

DNG-F081 10 mL
EUR 663

DiagNano NHS Silica Particles, 300 nm

DNG-F082 500 mg
EUR 679

DiagNano NHS Silica Particles, 500 nm

DNG-F083 500 mg
EUR 679

DiagNano NHS Silica Particles, 1 μm

DNG-F084 500 mg
EUR 679

DiagNano NHS Silica Particles, 1.5 μm

DNG-F085 500 mg
EUR 679

DiagNano NHS Silica Particles, 3 μm

DNG-F086 500 mg
EUR 679

DiagNano NHS Silica Particles, 4 μm

DNG-F087 500 mg
EUR 679

DiagNano NHS Silica Particles, 5 μm

DNG-F088 500 mg
EUR 679

DiagNano NHS Silica Particles, 10 μm

DNG-F089 500 mg
EUR 679

DiagNano NHS Silica Particles, 15 μm

DNG-F090 500 mg
EUR 684

DiagNano NHS Silica Particles, 20 μm

DNG-F091 500 mg
EUR 684

DiagNano NTA Silica Particles, 300 nm

DNG-F092 10 mL
EUR 621

DiagNano NTA Silica Particles, 500 nm

DNG-F093 10 mL
EUR 621

DiagNano NTA Silica Particles, 1 μm

DNG-F094 10 mL
EUR 621

DiagNano NTA Silica Particles, 1.5 μm

DNG-F095 10 mL
EUR 621

DiagNano NTA Silica Particles, 3 μm

DNG-F096 10 mL
EUR 621

DiagNano NTA Silica Particles, 4 μm

DNG-F097 10 mL
EUR 621

DiagNano NTA Silica Particles, 5 μm

DNG-F098 10 mL
EUR 621

DiagNano NTA Silica Particles, 10 μm

DNG-F099 10 mL
EUR 637

DiagNano NTA Silica Particles, 15 μm

DNG-F100 10 mL
EUR 637

DiagNano NTA Silica Particles, 20 μm

DNG-F101 10 mL
EUR 637

DiagNano EDTA Silica Particles, 300 nm

DNG-F112 10 mL
EUR 621

DiagNano EDTA Silica Particles, 500 nm

DNG-F113 10 mL
EUR 621

DiagNano EDTA Silica Particles, 1 μm

DNG-F114 10 mL
EUR 621

DiagNano EDTA Silica Particles, 1.5 μm

DNG-F115 10 mL
EUR 621

DiagNano EDTA Silica Particles, 3 μm

DNG-F116 10 mL
EUR 621

DiagNano EDTA Silica Particles, 4 μm

DNG-F117 10 mL
EUR 621

DiagNano EDTA Silica Particles, 5 μm

DNG-F118 10 mL
EUR 621

The analysis was anticipated to produce a model new technique for the environment friendly separation of comparable bioactive compounds. This evaluation suggests utilizing new hybrid biomaterials based mostly totally on methylotrophic yeast cells coated by an alkyl-modified silica shell as biocatalysts. The hybrid biomaterials are produced by sol-gel chemistry from silane precursors.

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