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| Price | Negotiation |
| MOQ | 5 mL / bottle |
| Delivery Time | 5-8 days |
| Brand | BeaverBeads |
| Place of Origin | China |
| Certification | COA |
| Model Number | 70501-1000 |
| Packaging Details | 5mL/2x50mL/4x250mL |
| Payment Terms | L/C, T/T |
| Supply Ability | 850 L/month |
| Usage | Medical Research | Place of Origin | China |
| Metal ion density | 30~50 μmol/mL beads | Packaging Details | 5mL/2x50mL/4x250mL |
| Product Name | IDA-Nickel Magbeads | Shelf life | 2 years |
| Specification | 1000 mL, 10% (v/v), 30-150 μm | Concentration | 10% (v/v) |
| Model Number | 70501-1000 | Supply Ability | 850 L/month |
| Certification | COA | Bead size | 30~150 μm |
| Brand Name | BeaverBeads | Payment Terms | L/C, T/T |
| Storage | 2~8℃ sealed storage | Price | Negotiation |
| Delivery Time | 5-8 days | Minimum Order Quantity | 5 mL / bottle |
| Chelating metal ion | Ni2+ | Package | 5mL/2x50mL/4x250mL |
| Application | Protein Purification |
His-tag Protein Purification IDA-Nickel Magbeads 30-150 μm, 10% (v/v)
1, Description:
The His-tag product line includes two metal ion chelate beads consist of Nickel and Cobalt, they have different properties at combining ability of target proteins and nonspecific adsorption. In addition, users can choose different metal ion chelate beads from different purpose.
2, Product Information:
| Product Name |
IDA-Nickel
Magbeads
|
|
Bead
Size
|
30~150
μm
|
|
Chelating
metal
ion
|
Ni2+
|
|
Metal
ion
density
|
30~50
µmol/mL
beads
|
|
Protein
binding
ability
|
30~40
mg/mL
(100%
beads)
|
|
Operating
temperature
|
2~30℃
|
|
Storage
Temperature
|
2~8℃
|
|
Suspension
concentration
|
10%(v/v)magnetic
beads
suspension
|
|
Storage
buffer
|
Pure
Water
(recommend
to
swtich
to
20%V/V
ethanol)
|
|
Shelf
life
|
12
months
|
3, Feature:
1.
The
target
protein
can
be
purified
from
the
crude
samples.
Without
high-speed
centrifugation,
filtration
and
the
expensive
chromatography
equipment.
2.
Using
one-step
can
obtain
high
purity
target
protein.
3.
The
concentration
and
volume
of
protein
can
be
easily
controlled.
4.
With
high
repeatability,
high
throughput
and
large-scale
purification
of
proteins
can
be
easiliy
achieved.
5.
Simple
regeneration
process.
6.
High
yield
of
target
protein.
