MENU
IN | INR
-
-
-
-
- Advanced Therapies Week (ATW) 2025
- SLAS Europe 2025
- Bioprocessing Summit Europe 2025
- Medlab Middle East 2025
- SLAS International 2025
- Biologics World Nordics 2025
- ASIA LABEX: The Lab Show 2025
- BioProcess International Europe 2025
- ISEV 2025
- Forum Labo 2025
- Future Labs Live 2025
- Cell 2025
- ASIA LABEX: The Lab Show 2025
- Stem Cell Community Day 2025
- Analytica Lab India 2025
- JASIS 2025
- GSCN 2025
-
-
-
-
- Advanced Therapies Week (ATW) 2025
- SLAS Europe 2025
- Bioprocessing Summit Europe 2025
- Medlab Middle East 2025
- SLAS International 2025
- Biologics World Nordics 2025
- ASIA LABEX: The Lab Show 2025
- BioProcess International Europe 2025
- ISEV 2025
- Forum Labo 2025
- Future Labs Live 2025
- Cell 2025
- ASIA LABEX: The Lab Show 2025
- Stem Cell Community Day 2025
- Analytica Lab India 2025
- JASIS 2025
- GSCN 2025
IN | INR
-
- All Centrifuges
- Benchtop Centrifuges
- Floor-Standing Centrifuges
- Refrigerated Centrifuges
- Microcentrifuges
- Multipurpose Centrifuges
- High-Speed Centrifuges
- Ultracentrifuges
- Concentrator
- IVD Products
- High-Speed and Ultracentrifuge Consumables
- Centrifuge Tubes
- Centrifuge Plates
- Device Management Software
- Sample and Information Management
-
- All Pipettes, Dispensers & Automated Liquid Handlers
- Mechanical Pipettes
- Electronic Pipettes
- Multi-Channel Pipettes
- Positive Displacement Pipettes & Dispensers
- Pipette Tips
- Bottle-Top Dispensers
- Pipette Controllers
- Dispenser & Pipette Accessories
- Automated Pipetting
- Automation Consumables
- Automation Accessories
- Liquid Handler & Pipette Services
Sorry, we couldn't find anything on our website containing your search term.
Sorry, we couldn't find anything on our website containing your search term.
Genome Editing / CRISPR
Prokaryotic and eukaryotic cells
Genetic engineering terms the targeted modifications of genetic information of living organisms/cells. Genome editing stands for targeted engineering by using specifically designed nucleases. The recent CRISPR/ Cas-9 method uses RNA-guided nuclease. That makes the process faster, easier and more specific compared to other gene editing methods. Since the DNA-binding element is RNA it is simple and cheap to manipulate and it allows sequence specific programming. The high targeting efficiency, results in significant time saving, e.g., for the generation of knockout mice. In basic research CRISPR is mainly used in cell line engineering and animal genetic engineering (e.g. of disease models) to investigate gene function.