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Certificate of Accreditation
Oxford Diagnostic Laboratories, Testing Laboratory No. 4066
Technical Note Icon   Technical Note
Package insert for the T-SPOT.TB test
The T-SPOT.TB test is an in vitro diagnostic test for the detection of effector T cells that respond to stimulation by Mycobacterium tuberculosis antigens and is intended for use as an aid in the diagnosis of tuberculosis (TB) infection. The T-SPOT.TB test is a simplified enzyme-linked immunospot (ELISPOT) method which enumerates individual TB-specific activated effector T cells.
Specification Sheet Icon   Specification Sheet
Auto-Pure 2400
Automated liquid handler with integrated magnetic isolation
Flyer Icon   Flyer
"Understanding your vaccine and immunotherapy efficacy"
Certimmune from Revvity provides tailored immunology services for vaccine and immunotherapy clinical trials, leveraging 20 years of expertise and global lab networks.
Product Info Icon   Product Info
Oxford Diganostic Laboratories terms and conditions
The terms and conditions of service from Oxford Diagnostic Laboratories
Brochure Icon   Brochure
A trusted partner for adaptive immunity testing for clinical trials
Certimmune’s global immunology services are brought to you by Revvity. Certimmune is built on the foundations of Revvity nearly 20 years experience developing more reliable, high throughput, standardized tests for measuring the adaptive immune system.
Whitepaper Icon   Whitepaper
Genetically engineered PDX models as patient avatars in preclinical evaluation of acute leukemias
Identifying therapeutic targets using gene silencing techniques in PDX models
Publication Icon   Literature - Publication Review
Organ-on-chips: increased complexity for higher physiological relevance in pharmaceutical safety testing
Explore the advancements of liver and kidney-on-chip models, and how these platforms effectively simulate toxicity responses.
Technical Note Icon   Technical Note
A scalable and reproducible workflow for high-content analysis of cytotoxic effects in RASTRUM 3D cell cultures
Explore our Technical Note on a scalable workflow for high-content cytotoxicity analysis in 3D cell cultures. Discover reproducible 3D model creation, tailored microenvironment techniques, and enhanced imaging methods for accurate drug testing.
Publication Icon   Literature - Publication Review
Improving precision stratification using patient-derived model systems
Precision stratification using patient-derived model systems.
Whitepaper Icon   Whitepaper
Establishing an automated high-throughput assay that supports the growth of prostate cancer organoids
Researchers concluded that their study demonstrates the ability to automate preclinical testing with prostate cancer organoids with diverse phenotypes.
Publication Icon   Literature - Publication Review
Prolonging ß cell proliferation with a 3D culture system
Disque Platform technology for evaluating drug candidates to treat ß cell loss in patients with diabetes.
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