Ni-NTA Resin
Cat. # No. | Product Size |
---|---|
ALS-NC15 | 10 ml |
ALS-NC16 | 100 ml |
DESCRIPTION
Ni-NTA Resin is specifically developed for the purification of recombinant proteins fusion with 6X histidine tag expression in cells. The resin is high affinity and selectivity for recombinant fusion proteins. The Ni-NTA resin can be used to purify 6X His tagged proteins under native and denaturing conditions. Proteins bound to the resin can be eluted with low pH buffer or competition with imidazole or histidine. The Ni-NTA resin uses nitrilo triacetic acid (NTA), a tetradenate chelating ligand, in a highly cross-linked 6% agarose matrix. The NTA binds Ni2+ ions by four coordination sites.
APPLICATION
- ✓ Purifying a protein of interest
- ✓ Fusing and binding the target protein
FEATURES
- Easy to operate
- Affordable
- Purified Protein
- Easily use in Lysis reagent and Buffer
- Flexible availability
Almanac gain Agarose DNA kit
Cat. # No. | Product Size |
---|---|
ALS-G01 | 50 preps |
The Almanac gain Agarose DNA kit is discovered for recovering DNA larger than 100 base pairs from agarose gels.Using concentrated salts, the gel is dissolved and DNA is bound to the high binding affinity Almanac gain Spin Columns. After several quick centrifugation steps DNA is isolated and purified.
FEATURES
- Easy to operate
- Affordable
- Easily combined with agarose and buffer
- Purified Fragment of DNA
- Enzymatic restriction site
- Oligonucleotides Extraction
TRPS
Tunable Resistive Pulse Sensing
TRPS is the most powerful nanoparticle characterisation system
available. It is an essential tool for nanoparticle research,
development and quality assurance, particularly in fields like
nanomedicine and extracellular vesicles . In this context the term
nanoparticle includes a wide range of synthetic and biological
particles in the nano and sub-micron range.
Recent developments mean that TRPS is now rapid and
convenient, with a suite of additional tools available to make life
easier for the TRPS user.
TRPS measures the main particle parameters with very high
accuracy and repeatability. Measurements are all calibrated
and objectively derived, ie within the agreed tolerances they do
vary from user to user or instrument to instrument. These main
parameters are:
- Particle concentration, being the number of particles/ml for a specified size range
- Particle size and accurate number based size distribution, derived on a real particle by particle basis
- Particle charge and number based charge distribution, also derived on a real particle by particle basis