Unique microtiter plate enzyme immunoassay for the quantitation of virions and assembled empty capsids of human Adeno-associated Virus 1. The capture-antibody detects a conformational epitope not present on unassembled capsid proteins. The ADK1a antibody is used as capture and detection antibody in the AAV1 Titration ELISA (PRAAV1). Academic discount available on request.
Unique microtiter plate enzyme immunoassay for the quantitation of intact AAV6 wt virions, AAV6 recombinant virions or assembled and intact empty capsids of human Adeno-associated Virus 6. The capture-antibody detects a conformational epitope not present on unassembled capsid proteins. The ADK6 antibody is used as capture and detection antibody in the AAV6 Titration ELISA (PRAAV6). Academic discount available on request.
Label-free single-cell isolation for cell line development.
Multiplex miRNA assays with FirePlex particle technology enables simultaneous profiling of 65 miRNAs directly from small amounts of biofluid or FFPE, without RNA purification or pre-amplification, with assay readout on a standard flow cytometer
As a high-end microscopes and cameras manufacturer, Nikon provides you with reliable and fully compatible microscope-camera combinations.
Using a typical microscope for hours might cause strain on your body. Comfort of use was the primary goal in designing the Eclipse Si.
Resolvins are a family of potent lipid mediators derived from both eicosapentaenoic acid (EPA; Item No. 90110) and docosahexaenoic acid (DHA; Item No. 90310). In addition to being anti-inflammatory, resolvins promote the resolution of the inflammatory response back to a non-inflamed state. Resolvin D1 (RvD1) is produced physiologically from the sequential oxygenation of DHA by 15- and 5-lipoxygenase. A 17(R)-epimer (Item No. 1…
Powerfully Simple Workflow for Label-Free Sample Enrichment
The FluidXâ„¢ Next-Gen Jacket Tubes are developed to exceed the demands of sample security, management and tracking in modern high-density storage applications such as biobanks, compound libraries and a broad range of biological and chemical stores, including cryogenic storage.
The FluidXâ„¢ Next-Gen Jacket Tubes are developed to exceed the demands of sample security, management and tracking in modern high-density storage applications such as biobanks, compound libraries and a broad range of biological and chemical stores, including cryogenic storage.
The FluidXâ„¢ Next-Gen Jacket Tubes are developed to exceed the demands of sample security, management and tracking in modern high-density storage applications such as biobanks, compound libraries and a broad range of biological and chemical stores, including cryogenic storage.
The FluidXâ„¢ Next-Gen Jacket Tubes are developed to exceed the demands of sample security, management and tracking in modern high-density storage applications such as biobanks, compound libraries and a broad range of biological and chemical stores, including cryogenic storage.
The FluidXâ„¢ Next-Gen Jacket Tubes are developed to exceed the demands of sample security, management and tracking in modern high-density storage applications such as biobanks, compound libraries and a broad range of biological and chemical stores, including cryogenic storage.
The FluidXâ„¢ Next-Gen Jacket Tubes are developed to exceed the demands of sample security, management and tracking in modern high-density storage applications such as biobanks, compound libraries and a broad range of biological and chemical stores, including cryogenic storage.
The FluidXâ„¢ Next-Gen Dual-coded Tubes are developed to exceed the demands of sample security, management and tracking in modern high-density storage applications such as biobanks, compound libraries and a broad range of biological and chemical stores, including cryogenic storage.
The FluidXâ„¢ Next-Gen Jacket Tubes are developed to exceed the demands of sample security, management and tracking in modern high-density storage applications such as biobanks, compound libraries and a broad range of biological and chemical stores, including cryogenic storage.
The FluidXâ„¢ Next-Gen Dual-coded Tubes are developed to exceed the demands of sample security, management and tracking in modern high-density storage applications such as biobanks, compound libraries and a broad range of biological and chemical stores, including cryogenic storage.
The FluidXâ„¢ Next-Gen Dual-coded Tubes are developed to exceed the demands of sample security, management and tracking in modern high-density storage applications such as biobanks, compound libraries and a broad range of biological and chemical stores, including cryogenic storage.
The FluidXâ„¢ Next-Gen Jacket Tubes are developed to exceed the demands of sample security, management and tracking in modern high-density storage applications such as biobanks, compound libraries and a broad range of biological and chemical stores, including cryogenic storage.
The FluidXâ„¢ Next-Gen Jacket Tubes are developed to exceed the demands of sample security, management and tracking in modern high-density storage applications such as biobanks, compound libraries and a broad range of biological and chemical stores, including cryogenic storage.
The FluidXâ„¢ Next-Gen Dual-coded Tubes are developed to exceed the demands of sample security, management and tracking in modern high-density storage applications such as biobanks, compound libraries and a broad range of biological and chemical stores, including cryogenic storage.
The FluidXâ„¢ Next-Gen Jacket Tubes are developed to exceed the demands of sample security, management and tracking in modern high-density storage applications such as biobanks, compound libraries and a broad range of biological and chemical stores, including cryogenic storage.
The FluidXâ„¢ Next-Gen Dual-coded Tubes are developed to exceed the demands of sample security, management and tracking in modern high-density storage applications such as biobanks, compound libraries and a broad range of biological and chemical stores, including cryogenic storage.
