NAxtra nucleic acid extraction kit (CE IVD)
NAxtra is a magnetic bead-based technology intended for viral RNA extraction from human nasopharyngeal and/or oropharyngeal swab samples.
The kit should be used for isolation and purification of viral RNA preparing clinical samples for downstream qualitative diagnostics and analysis like for example PCR. The kit is intended for use by qualified and trained clinical laboratory personnel specifically instructed and trained in magnetic bead based nucleic acid purification and in vitro diagnostic procedures.
NAxtra nucleic acid extraction kit (CE IVD)
NAxtra is a magnetic bead-based technology intended for viral RNA extraction from human nasopharyngeal and/or oropharyngeal swab samples.
The kit should be used for isolation and purification of viral RNA preparing clinical samples for downstream qualitative diagnostics and analysis like for example PCR. The kit is intended for use by qualified and trained clinical laboratory personnel specifically instructed and trained in magnetic bead based nucleic acid purification and in vitro diagnostic procedures.
Product information
NAxtra is intended for in vitro diagnostic use and include the following features:
- Protocol options for both manual and automated extractions
- Fast extraction of nucleic acid using automated liquid handing robots
- No need for proteinase K
- No need for carrier RNA
- Elution volume of 50 μl
NAxtra nucleic acid extraction kit is specifically designed to recover RNA from viral particles contained in viral transport media (VTM). The kit is based on magnetic bead technology, ensuring sensitive and high quality recovery of nucleic acids for down-stream applications within in vitro diagnostics. The kit contents NAxtra Lysis Buffer and NAxtra Magnetic Beads may also be bought separately.
Product information
NAxtra is intended for in vitro diagnostic use and include the following features:
- Protocol options for both manual and automated extractions
- Fast extraction of nucleic acid using automated liquid handing robots
- No need for proteinase K
- No need for carrier RNA
- Elution volume of 50 μl
NAxtra nucleic acid extraction kit is specifically designed to recover RNA from viral particles contained in viral transport media (VTM). The kit is based on magnetic bead technology, ensuring sensitive and high quality recovery of nucleic acids for down-stream applications within in vitro diagnostics. The kit contents NAxtra Lysis Buffer and NAxtra Magnetic Beads may also be bought separately.
NAxtra nucleic acid extraction kit
| Cat.no | Description |
|---|---|
| LSNX200 | NAxtra nucleic acid extraction kit, 200 reactions |
| LSNX1000 | NAxtra nucleic acid extraction kit, 1000 reactions |
| LSNX5000 | NAxtra nucleic acid extraction kit, 5000 reactions |
NAxtra LYSIS BUFFER
| Cat.no | Description |
|---|---|
| LSLY200 | NAxtra LYSIS BUFFER, 200 reactions |
| LSLY1000 | NAxtra LYSIS BUFFER, 1000 reactions |
| LSLY5000 | NAxtra LYSIS BUFFER, 5000 reactions |
NAxtra MAGNETIC BEADS
| Cat.no | Description |
|---|---|
| LSMB200 | NAxtra MAGNETIC BEADS, 200 reactions |
| LSMB1000 | NAxtra MAGNETIC BEADS, 1000 reactions |
| LSMB5000 | NAxtra MAGNETIC BEADS, 5000 reactions |
NAxtra nucleic acid extraction kit
| Cat.no | Description |
|---|---|
| LSNX200 | NAxtra nucleic acid extraction kit, 200 reactions |
| LSNX1000 | NAxtra nucleic acid extraction kit, 1000 reactions |
| LSNX500 | NAxtra nucleic acid extraction kit, 5000 reactions |
NAxtra LYSIS BUFFER
| Cat.no | Description |
|---|---|
| LSLY200 | NAxtra LYSIS BUFFER, 200 reactions |
| LSLY1000 | NAxtra LYSIS BUFFER, 1000 reactions |
| LSLY500 | NAxtra LYSIS BUFFER, 5000 reactions |
NAxtra MAGNETIC BEADS
| Cat.no | Description |
|---|---|
| LSMB200 | NAxtra MAGNETIC BEADS, 200 reactions |
| LSMB1000 | NAxtra MAGNETIC BEADS, 1000 reactions |
| LSMB500 | NAxtra MAGNETIC BEADS, 5000 reactions |
Contact us
Tonje Steigedal
Phone +47 905 52 334
E-mail: tonje@lybescientific.com
Krambugata 2, 7011 Trondheim
Norway
We are open for strategic collaborations and
OEM supply of kit or magnetic particles.