Research-Grade ELISA, PCR & Gene Editing Reagents

A technically organized laboratory catalogue supporting biomarker discovery, molecular research, and genome-engineering workflows across the United States.

CancerUK Labs Research Supply

CancerUK Labs Research Supply is a laboratory reagent catalogue serving academic, biotechnology, and pharmaceutical research groups across the United States. Our core inventory centers on enzyme-linked immunosorbent assay (ELISA) kits for quantifying cytokines, acute-phase proteins, immunoglobulins, and organ-injury biomarkers in a range of species, complemented by nucleic-acid amplification reagents for PCR/qPCR workflows and gene-editing tools used to generate research models. All products distributed through this catalogue are intended strictly for laboratory research use and are not intended for diagnostic, therapeutic, or any clinical application in humans or animals.

ELISA Kits: The Catalogue Core

Our ELISA portfolio spans over forty validated kits addressing cytokine panels (e.g., IL-6, IFN-g, TGF-b1), acute-phase protein markers (CRP, SAA, haptoglobin, alpha-1-acid glycoprotein), immunoglobulin isotypes (IgA, IgM, IgG4), and organ-injury indicators (NGAL, cystatin C, myoglobin, osteopontin) across human, murine, canine, feline, bovine, ovine, and equine matrices. These kits are built on sandwich or competitive ELISA formats and are supplied with the antibody pairs, standards, and detection reagents required to generate a standard curve within a single 96-well plate run. Researchers working in biomarker discovery, comparative physiology, and molecular oncology-adjacent studies use these kits to quantify circulating or lysate-based analytes with plate-reader-compatible colorimetric readouts.

PCR & qPCR: Nucleic Acid Amplification

To support workflows that pair protein biomarker quantification with nucleic-acid-level analysis, CancerUK Labs Research Supply is expanding its PCR and qPCR category. This category is positioned to eventually include master mixes, primer/probe sets, and real-time amplification reagents suited to gene-expression and genotyping studies that frequently accompany ELISA-based biomarker work in molecular research pipelines. Current catalogue availability in this category is limited; visit the PCR & qPCR category page for status updates.

Gene Editing: Research Model Generation

Our Gene Editing category addresses tools associated with CRISPR/Cas9 and related genome-engineering approaches used to generate knockout, knock-in, and reporter cell lines for downstream biomarker and pathway studies. The catalogue currently includes a Cas9 (CRISPR Associated Protein 9) ELISA Kit for quantifying Cas9 protein levels in edited cell lysates, a useful quality-control reagent for laboratories validating editing efficiency and protein expression persistence. Broader gene-editing reagent offerings are in development.

Why Researchers Choose Our Catalogue

Every kit listed in our catalogue is presented with its manufacturer catalog number, supplier reference, and product identity preserved exactly as sourced, without embellishment. We do not make unsupported claims regarding sensitivity, specificity, or clinical utility. Product specification sheets, certificates of analysis, and protocol inserts accompany shipments where provided by the original manufacturer. Our team assists researchers in identifying species-appropriate and analyte-appropriate kits for their specific study design, whether that involves comparative biomarker panels across species or single-analyte quantification in a defined matrix.

Research-Use-Only Scope

All reagents, kits, and consumables listed on this site are labeled and sold strictly for laboratory research use (RUO). None of the products in this catalogue have been evaluated by the FDA for diagnostic use, nor are they intended to diagnose, treat, cure, or prevent any disease. Researchers are responsible for confirming that intended use aligns with applicable institutional, state, and federal regulations governing laboratory reagents.

Navigating the Catalogue

Use the Categories page to browse by technology pillar—ELISA Kits, PCR & qPCR, or Gene Editing. The Products page presents the full current listing in a card-based format including catalog numbers and supplier references. The Resources section offers technical guidance articles covering kit selection, workflow integration, and specification review to help research teams evaluate reagent fit prior to ordering. For procurement questions, bulk quotes, or technical clarification, contact our team directly through the Contact page.

Commitment to Technical Accuracy

As a laboratory product catalogue operating in a technically demanding market, we prioritize accurate representation of product identity over promotional language. Specifications, species reactivity, and catalog numbers listed for each kit reflect manufacturer-supplied data. We encourage researchers to consult full technical datasheets and validate kit performance within their own experimental context prior to drawing conclusions from generated data.

Home

A research-focused laboratory reagent catalogue supplying ELISA kits, PCR/qPCR reagents, and gene editing tools for oncology-adjacent biomarker and molecular research applications in the United States.

CancerUK Labs Research Supply

CancerUK Labs Research Supply is a laboratory reagent catalogue serving academic, biotechnology, and pharmaceutical research groups across the United States. Our core inventory centers on enzyme-linked immunosorbent assay (ELISA) kits for quantifying cytokines, acute-phase proteins, immunoglobulins, and organ-injury biomarkers in a range of species, complemented by nucleic-acid amplification reagents for PCR/qPCR workflows and gene-editing tools used to generate research models. All products distributed through this catalogue are intended strictly for laboratory research use and are not intended for diagnostic, therapeutic, or any clinical application in humans or animals.

ELISA Kits: The Catalogue Core

Our ELISA portfolio spans over forty validated kits addressing cytokine panels (e.g., IL-6, IFN-g, TGF-b1), acute-phase protein markers (CRP, SAA, haptoglobin, alpha-1-acid glycoprotein), immunoglobulin isotypes (IgA, IgM, IgG4), and organ-injury indicators (NGAL, cystatin C, myoglobin, osteopontin) across human, murine, canine, feline, bovine, ovine, and equine matrices. These kits are built on sandwich or competitive ELISA formats and are supplied with the antibody pairs, standards, and detection reagents required to generate a standard curve within a single 96-well plate run. Researchers working in biomarker discovery, comparative physiology, and molecular oncology-adjacent studies use these kits to quantify circulating or lysate-based analytes with plate-reader-compatible colorimetric readouts.

PCR & qPCR: Nucleic Acid Amplification

To support workflows that pair protein biomarker quantification with nucleic-acid-level analysis, CancerUK Labs Research Supply is expanding its PCR and qPCR category. This category is positioned to eventually include master mixes, primer/probe sets, and real-time amplification reagents suited to gene-expression and genotyping studies that frequently accompany ELISA-based biomarker work in molecular research pipelines. Current catalogue availability in this category is limited; visit the PCR & qPCR category page for status updates.

Gene Editing: Research Model Generation

Our Gene Editing category addresses tools associated with CRISPR/Cas9 and related genome-engineering approaches used to generate knockout, knock-in, and reporter cell lines for downstream biomarker and pathway studies. The catalogue currently includes a Cas9 (CRISPR Associated Protein 9) ELISA Kit for quantifying Cas9 protein levels in edited cell lysates, a useful quality-control reagent for laboratories validating editing efficiency and protein expression persistence. Broader gene-editing reagent offerings are in development.

Why Researchers Choose Our Catalogue

Every kit listed in our catalogue is presented with its manufacturer catalog number, supplier reference, and product identity preserved exactly as sourced, without embellishment. We do not make unsupported claims regarding sensitivity, specificity, or clinical utility. Product specification sheets, certificates of analysis, and protocol inserts accompany shipments where provided by the original manufacturer. Our team assists researchers in identifying species-appropriate and analyte-appropriate kits for their specific study design, whether that involves comparative biomarker panels across species or single-analyte quantification in a defined matrix.

Research-Use-Only Scope

All reagents, kits, and consumables listed on this site are labeled and sold strictly for laboratory research use (RUO). None of the products in this catalogue have been evaluated by the FDA for diagnostic use, nor are they intended to diagnose, treat, cure, or prevent any disease. Researchers are responsible for confirming that intended use aligns with applicable institutional, state, and federal regulations governing laboratory reagents.

Navigating the Catalogue

Use the Categories page to browse by technology pillar—ELISA Kits, PCR & qPCR, or Gene Editing. The Products page presents the full current listing in a card-based format including catalog numbers and supplier references. The Resources section offers technical guidance articles covering kit selection, workflow integration, and specification review to help research teams evaluate reagent fit prior to ordering. For procurement questions, bulk quotes, or technical clarification, contact our team directly through the Contact page.

Commitment to Technical Accuracy

As a laboratory product catalogue operating in a technically demanding market, we prioritize accurate representation of product identity over promotional language. Specifications, species reactivity, and catalog numbers listed for each kit reflect manufacturer-supplied data. We encourage researchers to consult full technical datasheets and validate kit performance within their own experimental context prior to drawing conclusions from generated data.