Search results for "Rigaku Analytical Devices"

Examine the impact of epigenomic modifications that cause diseases and disorders in plants, animals, and humans

QPS Global Custom-Built Regulatory Services Can Transform Clinical Trials.  QPS Global Regulatory Affairs (GRA) service offerings focus on helping pharmaceutical, biotechnology, and medical device companies to develop custom-built research solutions that forge expedited regulatory pathways from discovery to global commercialization and onwards through product lifecycle support. 

Training options to suit every student. From new user courses in a traditional classroom environment at our Centers of Excellence to a customized troubleshooting training by our experienced scientists in the comfort of your own lab… we have a training that is right for you.

Beacon Diagnotics® Laboratory is a fully CLIA-certified reference laboratory specializing in (1→3)-β-D- Glucan analysis 

Accelerate your research and unlock new discoveries with customizable rodent monoclonal antibody solution from GenScript

With over 30 years of experience developing and manufacturing ELISAs and ligand binding assays for commercial use, Mercodia has a profound understanding of product lifecycle management. To ensure that the assays we develop for drug development are reliable, accurate, and precise, we have product development procedures in place that cover all phases of the lifecycle from design, development, and validation to routine use.

Product number: 91100-1 PBL's bioassays for interferons are cytopathic effect inhibition assays, also known as CPE and antiviral assays. Sample types include; tissue culture supernatents; serum from PK studies and delivery formulations. In these assays, one unit is defined as the quantity of interferon required per milliliter to reduce the cytopathic effect of viral infection by 50%. All standards used in our bioassays have be…

Product number: 91400-1 PBL's bioassays for interferons are cytopathic effect inhibition assays, also known as CPE and antiviral assays. Sample types include; tissue culture supernatents; serum from PK studies and delivery formulations. In these assays, one unit is defined as the quantity of interferon required per milliliter to reduce the cytopathic effect of viral infection by 50%. All standards used in our bioassays have…

Product number: 91500-1 PBL's bioassays for interferons are cytopathic effect inhibition assays, also known as CPE and antiviral assays. Sample types include; tissue culture supernatents; serum from PK studies and delivery formulations. In these assays, one unit is defined as the quantity of interferon required per milliliter to reduce the cytopathic effect of viral infection by 50%. All standards used in our bioassays have be…

PBL's bioassays for interferons are cytopathic effect inhibition assays, also known as CPE and antiviral assays. Sample types include; tissue culture supernatents; serum from PK studies and delivery formulations. In these assays, one unit is defined as the quantity of interferon required per milliliter to reduce the cytopathic effect of viral infection by 50%. All standards used in our bioassays have been calibrated to the Int…

Product number: 92100-1 PBL's bioassays for interferons are cytopathic effect inhibition assays, also known as CPE and antiviral assays. Sample types include; tissue culture supernatents; serum from PK studies and delivery formulations. In these assays, one unit is defined as the quantity of interferon required per milliliter to reduce the cytopathic effect of viral infection by 50%. All standards used in our bioassays have be…

Product number: 92400-1 PBL's bioassays for interferons are cytopathic effect inhibition assays, also known as CPE and antiviral assays. Sample types include; tissue culture supernatents; serum from PK studies and delivery formulations. In these assays, one unit is defined as the quantity of interferon required per milliliter to reduce the cytopathic effect of viral infection by 50%. All standards used in our bioassays have be…

Product number: 92500-1 PBL's bioassays for interferons are cytopathic effect inhibition assays, also known as CPE and antiviral assays. Sample types include; tissue culture supernatents; serum from PK studies and delivery formulations. In these assays, one unit is defined as the quantity of interferon required per milliliter to reduce the cytopathic effect of viral infection by 50%. All standards used in our bioassays have be…

Product number: 93100-1 PBL's bioassays for interferons are cytopathic effect inhibition assays, also known as CPE and antiviral assays. Sample types include; tissue culture supernatents; serum from PK studies and delivery formulations. In these assays, one unit is defined as the quantity of interferon required per milliliter to reduce the cytopathic effect of viral infection by 50%. All standards used in our bioassays have be…

Product number: 93400-1 PBL's bioassays for interferons are cytopathic effect inhibition assays, also known as CPE and antiviral assays. Sample types include; tissue culture supernatents; serum from PK studies and delivery formulations. In these assays, one unit is defined as the quantity of interferon required per milliliter to reduce the cytopathic effect of viral infection by 50%. All standards used in our bioassays have be…

Product number: 93500-1 PBL's bioassays for interferons are cytopathic effect inhibition assays, also known as CPE and antiviral assays. Sample types include; tissue culture supernatents; serum from PK studies and delivery formulations. In these assays, one unit is defined as the quantity of interferon required per milliliter to reduce the cytopathic effect of viral infection by 50%. All standards used in our bioassays have…

Virtual tissues services for biomedical research features high fidelity tissue simulation and modelling to grow virtual tissue from a single cell, giving unprecedented insight into lineage commitment phenomena of stem cells with insight into signalling pathways and detailed gene regulatory networks.With Endogenics complementing traditional techniques, researchers can simulate human cell development and tissue organization and…

Experience Better Productivity and Save Resources Too RapidFire data correlates identically with traditional LC-MS/MS methods Analyses are performed at a 10+ fold increase in cycle throughput, enabling us to provide 3 day turnaround RapidFire In Vitro ADME Analysis Services increase efficiencies while preserving your lab’s assay method integrity. We use the RapidFire 360 high-throughput TOF system to analyze CYP inhibition/ind…

Agilent’s contract Lead Discovery Service utilizes label-free RapidFire technology for direct quantitation of a wide range of native analytes across diverse therapeutic areas. Supports SAR programs via retesting of hits. Uses your existing assays or RapidFire custom-developed assays. Quick data turnaround for faster drug discovery decisions.Screened as singletons or compressed format The ideal candidate assays are often the sa…

The introduction of NGS technologies into the market has changed the way we think about scientific approaches in basic, translational and clinical research. The development of NGS applications is a rapidly evolving field – making for exciting times in genomic studies. The ability to produce large numbers of readouts at low cost makes NGS platforms useful for many applications. Next-generation sequencing applications include:•…

On-chip protein isolation and identificationCiphergen’s ProteinChip® Biology System is a complete solution for basic proteomics research. Consisting of instrumentation, ProteinChip Arrays and software, the ProteinChip Biology System gives you the ability to quickly compare the presence and abundance of individual proteins in crude samples, characterize, isolate and identify individual proteins, investigate antibody-antigen rec…

The CardioExcyte 96 is a 96 well plate-based hybrid device supporting highly resolved impedance-based measurements and electric field potential recordings. It analyses the contractility and electrophysiology of cellular cardiac networks, as well as morphological changes, e.g. cytotoxic responses, of non-contractile cells such as hepatocytes, cancer cells, cell lines or stem cells.

Joint chemical identification technologies are integrated into a single handheld solution to deliver advanced automated explosive detection and chemical analysis capabilities

A new application report from Rigaku demonstrates an EDXRF analysis method for compliance with U.S. EPA Tier 3 Gasoline performance-based testing protocols