Showing 1-26 of 26 Per page: 50 100
Name Art no Species Reactivity Application Conjugation Size Price
298-69200
DNA Purification, RNA Purification
50 Tubes
298-21450
500 mL
298-45674
1 Unit
298-68803
1 Unit
298-18113
Sample Collection
50 Tubes
298-18122
Sample Collection
50 Tubes
298-RU53800
Sample Collection, RNA Purification
50 Units
Biosite-R1075
Sample Collection
50 pack
298-18118
Sample Collection
50 Tubes
298-Dx69200
Sample Collection
50 Tubes
298-RU49000
Sample Collection
50 Units
298-44800
Sample Collection, DNA Purification
25 Preps
298-18126
Sample Collection
50 Units
298-45683
1 Unit
298-65400
Sample Collection
50 Devices
298-45660
Sample Collection
50 Tubes
298-27650
Sample Collection
12 Tubes
298-53800
Sample Collection
50 Units
298-49000
Sample Collection
50 Units
298-45690-B
DNA Purification
50 Units
298-45670-B
Sample Collection
50 Devices
298-68600
1 Kit
298-63700
Sample Collection, DNA Purification, RNA Purification
50 Devices
298-Dx45660
Sample Collection
50 Devices
298-68800
Sample Collection
50 Tubes
GTX03606
IHC
Unconjugated
30ml

Norgen Biotek: Top 5 Reasons to Use Urine Preservative Over Freezing

Congratulations! You have collected your urine sample. What do you do now? Do you…

  1. Leave it at room temperature and risk degradation of precious DNA and RNA
  2. Freeze it at -80°C and lose yield due to protein precipitation
  3. Use a preservative (hint, it’s this one)

Sample Collection and Preservation – Critical Starting Points in Your Research!

In the current ‘omics’ era, there seems to be no limit to the number of ways we can investigate our favorite organism or cell type. We can study genomes, transcriptomes, epigenomes, metabolomes, proteomes, kinomes, and more. Parallel advances in flow cytometry and other immunological techniques make it possible for us to simultaneously detect and profile new and characterized cell surface markers in robust multiplex setups.

DNA/RNA Shield™ for Next-Generation DNA & RNA Sample Preservation

Nowadays, the sky is the limit when it comes to the number of ways we can investigate our favorite organism or cell type. ‘Omics’ approaches such as genomics, transcriptomics, epigenomics, metagenomics, and metatranscriptomics have the power to generate massive amounts of valuable information that can help us to better understand biological processes, develop new diagnostic tools, and find new ways to treat diseases.

Sample Collection and Preservation – Critical Starting Points in Your Research!

In the current ‘omics’ era, there seems to be no limit to the number of ways we can investigate our favorite organism or cell type. We can study genomes, transcriptomes, epigenomes, metabolomes, proteomes, kinomes, and more. Parallel advances in flow cytometry and other immunological techniques make it possible for us to simultaneously detect and profile new and characterized cell surface markers in robust multiplex setups.