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Ultra-sensitive mouse insulin ELISA kit
Assay range:0.05-2 ng/ml; suitable for fastig over 8 hours
EZassay
High-Performance Enzyme Reagents and Molecular Diagnostic Solutions
Make Nucleic Acid and Protein Testing Faster and More Precise
Built on RPA, LAMP, CRISPR, and other technology platforms, we provide integrated support from core enzyme raw materials to rapid detection solutions, serving pathogen testing, POCT, and research applications.
Molecular Diagnostics Platform
From Bench to Product
From core reagents to finished products, we help turn advanced molecular detection technologies into robust, application-ready solutions.
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Core Focus
Nucleic Acid & Protein Detection
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Application Areas
Life Science Research · Diagnostics · Agriculture
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Product Portfolio
Kits · Enzymes · POCT products
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Capabilities
Assay Design · Product Development · Technology Transfer
03 / ELISA
Highly Specific Monoclonal Antibodies with High Sensitivity
Insulin ELISA Kits
Insulin ELISA kits featuring high specificity, excellent sensitivity, and a streamlined one-step workflow.
Requiring as little as 5 μL of sample, they are available for multiple species and support diverse research applications.
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High sensitive mouse insulin ELISA kit
Assay range:0.2-6.9 ng/ml; suitable for regular animal model
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Wide range mouse insulin ELISA kit
Assay range:1-40 ng/ml; suitable for β cells secretion
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Ultra-sensitive rat insulin ELISA kit
Assay range:0.05-2 ng/ml; suitable for fastig over 8 hours
01 / ISOTHERMAL
02 / CRISPR
01
AsCas12a(Cpf1) Protein
A member of the Cas12a family of proteins. Derived from Acidaminococcus. It binds with crRNA to form functional complex, that specifically recognizes DNA sequences, and trans-cleaves ssDNA.
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LbaCas12a(Cpf1) Protein
A member of the Cas12a family of proteins. Derived from Lachnospiraceae. It binds with crRNA to form functional complex, that specifically recognizes DNA sequences, and trans-cleaves ssDNA.
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LbaCas12a(Cpf1) Protein (Enhanced v2)
Enhanced version of LbaCas12a. The efficiency is increased from 30% to 50%.
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LbuCas13a (C2c2) Protein
Both LbuCas13a and LwaCas13a are RNA-targeting CRISPR enzymes from the Cas13 family. Compared to LwaCas13a, LbuCas13a exhibits stronger specificity. LbuCas13a is commonly used in diagnostic experiments requiring low background and high specificity, such as the detection of single-nucleotide variants (SNVs) and single-nucleotide polymorphisms (SNPs).
Cas12a · Cas12b · Cas13a · Cas14a
CRISPR Nucleic Acid Detection Kits
CRISPR-based detection solutions powered by Cas12, Cas13, and Cas14 systems.
Compatible with RPA, LAMP, and other isothermal amplification technologies, these kits enable highly sensitive and specific nucleic acid detection.
Available in both one-step and two-step formats to support rapid testing, assay development, and diverse application needs.
Applied Molecular Testing Products
Practical molecular testing solutions for animal health and personal wellness applications, designed to make advanced diagnostics more accessible and actionable.
Applications & Solutions
Integrated solutions spanning core reagents, assay development, and molecular testing workflows across diverse research and diagnostic applications.
Traditional Chinese Medicine Authentication
Molecular POCT-based identification of herbal species for rapid authenticity verification.
Rice SNP Genotyping & Mutation Screening
Rapid, sequencing-free SNP detection with sensitivity down to 0.1%, ideal for breeding and genetic research.
Single-Molecule Detection of AD Biomarkers
CRISPR-enhanced immunoassays delivering fg/mL-level sensitivity for biomarkers including pTau217, pTau181, Aβ42, and Aβ40.
RPA Primer and CRISPR gRNA Online Design Tools
We provide online design tools for RPA primers/probes and Cas12a crRNA, available directly on the EZassay website without installing software.
The tools support rapid sequence analysis and solution generation, helping improve molecular assay development efficiency.
PARTNERSHIP
Let's Collaborate
Whether you're looking for reliable molecular testing solutions or seeking to bring your innovations from research to application, we'd be delighted to work with you.