Chitosan has high antibacterial activity
and low toxicity, and it applied in pharmacy for time dependend release of
drugs and in spray form for treatment of fruits and vegetables to extend
their time storage life
125/1g
Water soluble magnetic nanoparticles of cobalt. They
are more stable to oxygen oxidation in comparison to iron nanoparticles.
65/100ml
Water soluble copper nanoparticles.
55/100ml
It is electron dense marker and has a wide application in electron
microscopy, light microscopy, blotting procedures. Recently conjugates of
antibodies with colloidal gold
were applied for quantitative photometric determination of appropriate
antigens. Colloidal gold conjugated with antibodies are applied widely
also for qualitative determination of appropriate antigens in strips.
Recently new ways for application of colloidal gold also were presented.
Modified colloidal gold is able to bind DNA and to detect hybridization.
Colloidal gold for various purposes is prepared with various sizes. We can
supply the following sizes 3-5 nm, 13-15 nm, and 20 nm, 40 nm 50 nm that
can be used in various research areas. Concentration: approximately 0.01%
A520 =approximately 0.75.
1. Gheorghean WD et al Passive gold agglutination : an alternative to
passive hemagglutination JIM 1980, v. 34, 11-21
2. Leuvering JHW Sol particle immunoassay J.Immunoassay 1980, v. 1, N 1,
77-91
3.Goodman SL et al Colloidal gold markers and probes for routine
application in microscopy J.Microscopy 1981, v. 123, N 2, 201-213
4.Brada D et al Golden blot detection of polyclonal and monoclonal
antibodies bound to antigen on nitrocellulose by protein A-gold
complexes Anal Biochem 1984, v. 142, N 1, 79-83.
5. Moeremans M et al Sensitive colloid metal (gold or
silver)staining of protein blots on nitrocellulose membranes Anal
Biochem 1985, v. 145, 315-321.
6.Tomlinson S Detection of biotinilated nucleic acid hybrids by
antibody-coated gold colloid Anal Biochem 1988, v. 171, N 1,
217-222.
7. Bain CD et al Formation of monolayers by the coadsorption of
thiol on gold: variation in the head,group, tail group and
solvent JACS 1989, v. 111, 7155.
80/25ml
Functionalized with amino groups for consequent
covalent binding of various ligands.
88/25ml
Functionalized with carboxy groups for consequent
covalent binding of various ligands.
88/25ml
Functionalized with hydroxy groups for consequent
covalent binding of various ligands.
88/25ml
115/25ml
Aspect ratio less than 5, Second plasmon
resonance band less than 850 nm
175/25ml
Water soluble palladium nanoparticles.
75/25ml
The preparation can be applied in immunoagglutination assays for
detection of various antigens prepared from 1 mM of AgNO3
39/25 ml
The preparation can be used in specific applications
48/25 ml
Similar to C00122 but more concentrated and prepared
from 3 mM of AgNO3
55/25 ml
Functionalyzed with amino groups for consequent
covalent binding of various ligands
75/25 ml
Functionalyzed with carboxyl groups for consequent
covalent binding of various ligands
75/25 ml
Functionalyzed with hydroxyl groups for consequent
covalent binding of various ligands
75/25 ml
These nanoparticles have unique optical properties. They have two bands
of plasmon resonance. One of them is about
400 nm but other is tunable and can be in range from 580-680 nm. This band
is sensitive to any border effect and such nanoparticles can be very
useful
in various biosensors.
155/10 ml
Product can be used in specified applications.
174/10 ml
They have excitation dependent emission from 600 to 1100 nm. The product can be used for visualization of tissue
processes
165/10 ml
The preparation can be used in screen printed processes.
125/20 ml
Stable water solution of nanoparticles with sizes between 10-50 nm.They
can be applied for conjugation with various biomolecules for consequent
bioassay with magnetic separation.
L.H Reddy, JL. Arias, J.Nicolas, P. Couvreur Magnetic Nanoparticles:
Design and Characterization, Toxicity and Biocompatibility, Pharmaceutical
and Biomedical Applications Chem Rev 2012, v 112, N 11, pp 5818–5878
45/100 ml
PRICES (USD)
Quantum dots (QDs) are inorganic semiconductor nanocrystals that have
tunable fluorescence properties. QDs have high quantum yields, broad
absorption spectra, narrow size-tunable emissions, and are resistant to
photobleaching as well as to chemical degradation. Quantum dots (QDs) have
the potential to become a new class of fluorescent probes for many
biological and biomedical applications. Our quantum dots are water soluble
and they can be applied directly for conjugation of biomolecules. Se nanoparticles and their
nanocomposites with some metals have excitation dependent emission in intra-red region and
they are considered as an useful tool for cancer imaging and therapy
The product can be used for special purposes
175/10 ml
The product has excitation dependent emission form 600 to 1100 nm and can be applied
for in vivo tissue visualization
175/10 ml
The product has excitation dependent emission form 600 to 1100 nm and can be applied
for in vivo tissue visualization
175/10 ml
The product can be applied for visualization ?f tissue processes
175/10 ml
The product has excitation dependent emission form 600 to 1100 nm and can be applied
for in vivo tissue visualization. Moreover it can be used for killing cancer and bacterial cells
195/10 ml
The product has wide excitation and tunable fluorescence from 520-590 nm
160/10 ml
The product can be applied for visualization of tissue processes
160/10 ml
PRICES (USD)
Luminescent carbon quantum dots (CQDs) is a new class of nanocarbon
materials which have gained widespread attention for application in
chemical sensor, bioimaging, nanomedicine, solar cells, light-emitting diode (LED),
and electrocatalysis
Low toxicity nanomaterials with fluorescence from 540-590 nm.
The product can be applied for visualization of tissue processes
225/10 ml
Our Services
Isolation and purification of higly purified proteins and enzymes
from animal and plant sources.
Development of monospecific polyclonal antibodies to animal and
plant antigens.
Immobilization of enzymes on the various matrixes by various
methods with consequent recommendation for large scale industrial
processes.
