| Color | Size | Style | SKU | Price |
|---|---|---|---|---|
| Pink | 50 | non-sterile | NA:PINKE1 |
$96
|
| Pink | 50 | RNase-free | NA:PINKE1-RNA |
$121
|
| Pink | 250 | non-sterile | NA:PINKE5 |
$421
|
| Pink | 250 | RNase-free | NA:PINKE5-RNA |
$532
|
| Green | 50 | non-sterile | NA:GREENE1 |
$98
|
| Green | 50 | RNase-free | NA:GREENE1-RNA |
$123
|
| Green | 250 | non-sterile | NA:GREENE5 |
$433
|
| Green | 250 | RNase-free | NA:GREENE5-RNA |
$543
|
| Red | 50 | non-sterile | NA:REDE1 |
$111
|
| Red | 50 | RNase-free | NA:REDE1-RNA |
$136
|
| Red | 250 | non-sterile | NA:REDE5 |
$488
|
| Red | 250 | RNase-free | NA:REDE5-RNA |
$598
|
| Navy | 50 | non-sterile | NA:NAVYE1 |
$118
|
| Navy | 50 | RNase-free | NA:NAVYE1-RNA |
$143
|
| Navy | 250 | non-sterile | NA:NAVYE5 |
$518
|
| Navy | 250 | RNase-free | NA:NAVYE5-RNA |
$629
|
| Yellow | 50 | non-sterile | NA:YELLOWE1 |
$118
|
| Yellow | 50 | RNase-free | NA:YELLOWE1-RNA |
$137
|
| Yellow | 250 | non-sterile | NA:YELLOWE5 |
$519
|
| Yellow | 250 | RNase-free | NA:YELLOWE5-RNA |
$601
|
| Orange | 50 | RNase-free | NA:ORANGEE1-RNA |
$108
|
| Orange | 250 | RNase-free | NA:ORANGEE5-RNA |
$500
|
Next Advance Bead Lysis Kits are pre-filled 1.5 ml Eppendorf Safe-Lock snap-cap tubes with bead combinations optimized to homogenize your specific tissue sample. Bead lysis kits are available RNase-free or non-sterile. Available in packs of 50 or 250. For use with the BBY24M, BBX24 or BBX24B model Bullet Blenders (the Bullet Blender standard, Bullet Blender Blue, and Bullet Blender Storm). Not suitable for older screw-cap-only models of the Bullet Blender (BBX24W or BBX24BW) - for those models, or if you have a Bullet Blender Storm or Bullet Blender Gold and prefer the RINO screw-cap tubes, click here for bead kits in RINO screw-cap tubes.
PINK - Soft to Medium Organ Tissue, Small Samples
GREEN - Tough Organ Tissue, Small Samples
RED - Soft to Medium Organ Tissue, Large Samples
NAVY - Tough Organ Tissue, Large Samples
YELLOW - High yielding bacterial lysis
ORANGE - Extracting intact bacteria or generating single cell suspensions from tissue samples (available in RNase-free only)
