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Gentaur – Life Science Research Products, Antibodies & ELISA Kits

Gentaur supports laboratories and procurement teams by providing seamless access to a global portfolio of life science products from leading international suppliers. We focus on making product sourcing simple, transparent, and cost-effective, while ensuring customers benefit from competitive prices, optimized shipping, reliable availability, and responsive scientific guidance. Through our global partner network and expert PhD-level support, we help research institutions, biotech companies, hospitals, and distributors strengthen their supply chains and keep their projects moving without unnecessary delays.

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Featured Research Products

Scientific Guides & Laboratory Research Articles

Can We Reprogram the Human Immune System Like Software?
Can the Human Immune System Really Be Reprogrammed?
Yes, but not in the same way that a computer is programmed. Scientists can already genetically engineer certain immune cells, add synthetic receptors, modify cellular signalling pathways and introduce genetic circuits that influence how cells detect
Anti-Myc Tag Antibody Guide
What Is an Anti-Myc Tag Antibody?
An anti-Myc tag antibody is an antibody designed to recognize the short Myc epitope tag commonly fused to recombinant proteins for experimental detection, localization, immunoprecipitation and other protein-analysis applications. The canonical Myc ta
HPLC-MS/MS Testing: Applications, Benefits & Specialized Analysis
What Is HPLC-MS/MS Testing?
HPLC-MS/MS is an analytical technique that combines high-performance liquid chromatography with tandem mass spectrometry to separate, identify and quantify compounds within complex samples. The technique combines two complementary analytical processe
SerpinB7 promotes c-Myc-mediated glycolysis by interacting with ANXA2 to facilitate the progression of non-small cell lung cancer
Why metabolic reprogramming matters in NSCLC
Non-small cell lung cancer, or NSCLC, represents approximately 85% of lung cancer cases. Its major histological forms include lung adenocarcinoma and lung squamous cell carcinoma. Although targeted treatments and immunotherapies have improved outcome
Animal Sample Preparation for ELISA: Serum, Plasma, Tissue and Cell Culture
How to Prepare Animal Samples for ELISA ? : Serum, Plasma, Tissue and Cell Culture
Reliable ELISA results depend on more than the quality of the assay kit. Sample collection, processing, storage and dilution can all affect the concentration of the target analyte and the final optical-density signal. A technically suitable ELISA kit
Enzymatic Construction of Dual-Payload Antibody-Drug Conjugates Using Endo S2 and Microbial Transglutaminase
What is a dual-payload antibody-drug conjugate?
A dual-payload antibody-drug conjugate is an engineered bioconjugate composed of: - A monoclonal antibody that recognizes a tumor-associated antigen. - Two chemically or pharmacologically distinct payloads. - Linkers connecting each payload to define
Cyclospora cayetanensis: Biology, Oocyst Detection Methods, and Laboratory Research Approaches
Introduction
Modern research on Cyclospora cayetanensis detection focuses on improving analytical workflows using advanced microscopy, molecular biology techniques, and specialized laboratory methods. Researchers, academic institutions, and biotechnology laborato
Screw Cap, Microcentrifuge and Low-Retention Tubes for Laboratory Sample Handling
ABDOS Screw Cap and Microcentrifuge Tubes for Reliable Sample Preparation, Centrifugation and Storage
Laboratory tubes are central to almost every life-science workflow. They are used to collect samples, prepare reagents, perform centrifugation, store biological materials and transfer liquids between experimental stages. However, not every tube provi
Bone Resorption
What is bone resorption?
Bone resorption is the biological process through which osteoclasts break down mineralized bone tissue. During this process, minerals such as calcium and phosphate are released from the bone matrix, while collagen and other organic components are deg
What Is HPLC? High-Performance Liquid Chromatography Explained Scientifically
Why HPLC Matters in Modern Science?
In laboratories around the world, scientists often face the same challenge: a sample may look like a single liquid, but chemically it can contain dozens, hundreds, or even thousands of compounds. To understand what is inside that sample, researchers

Custom Laboratory Services for Research & Diagnostics

NGS Data Analysis Platform
Gentaur provides NGS Bioinformatics Analysis Services to support research laboratories, sequencing facilities, and biotechnology companies in converting next-generation sequencing (NGS) data into reliable, interpretable results. This service eliminates the need for in-house bioinformatics infrastructure while ensuring secure, reproducible, and scalable analysis workflows. Supported NGS Applications The service supports a wide range of sequencing applications, including: RNA sequencing (RNA-seq). Whole-genome sequencing (WGS). Whole-exome sequencing (WES). Targeted DNA sequencing. Variant detection and annotation. All workflows are built using validated and standardised pipelines, ensuring consistent results suitable for research reporting and downstream analysis. Secure and Flexible Data Handling Gentaur offers flexible data handling options adapted to institutional requirements. Analyses can be performed using secure cloud environments, including Bring Your Own Cloud (BYOC) configurations, allowing customers to maintain full control over data ownership, governance, and compliance. This approach minimises data transfer risks while enabling efficient use of scalable computing resources. End-to-End Scientific Support Each project is accompanied by dedicated customer and scientific support, including: Pre-analysis consultation and workflow selection Assistance with data preparation and upload Technical support during analysis execution Guidance on result interpretation and reporting This ensures that both bench scientists and bioinformatics teams receive practical, human support throughout the project lifecycle. Reproducibility and Reliability All analyses are performed using reproducible, version-controlled workflows, supporting consistent results across projects and long-term studies. This is particularly valuable for collaborative research, sequencing cores, and multi-year projects. Who This Service Is For ? This service is suitable for : Academic and clinical research laboratories Sequencing core facilities Biotech and pharmaceutical R&D teams CROs and assay developers Research groups working with large or complex NGS datasets
CRISPR Gene Editing
CRISPR Gene Editing Precision gene editing solutions designed to modify, study and validate specific genetic targets across a wide range of research models. CRISPR Gene Editing Services CRISPR technology enables targeted modifications of DNA to investigate gene function, generate engineered models and support advanced research in molecular biology, disease mechanisms and drug discovery. Our CRISPR gene editing solutions can be adapted to different targets, cell models and experimental objectives. Gene Editing Solutions Gene Knockout Targeted disruption of selected genes to investigate gene function and biological pathways. Gene Knock-in Precise insertion of defined sequences for functional studies and engineered cell models. Precise Gene Editing Targeted sequence modifications designed around specific genetic research objectives. Gene Activation CRISPR-based approaches for studying gene activation and regulatory mechanisms. Gene Repression Targeted gene suppression to evaluate biological function and cellular responses. Multiplex Editing Editing of multiple genetic targets for complex functional and pathway studies. Designed Around Your Research 01. Target Selection and definition of the gene or genomic region of interest. 02. Model Adaptation to the selected cell line, biological model or research system. 03. Modification Definition of the required knockout, knock-in or targeted modification. 04. Validation Confirmation of the desired genetic modification and selected research outcome. Our Workflow 01 Define 02 Design 03 Edit 04 Screen 05 Validate 06 Deliver Research Applications Functional Genomics Disease Modeling Cancer Research Drug Discovery Target Validation Cell Engineering Gene Function Studies Genetic Disease Research Start Your Gene Editing Project Define your target and research objective, and explore a CRISPR gene editing solution adapted to your project.
Custom Antibody Development for Challenging Targets
Tailored Antibody Solutions for Your Research Custom Antibody Development provides researchers with tailored antibody solutions designed around specific targets, applications, and experimental requirements. Whether you need an antibody against a particular protein, peptide, isoform, or modified target, the development strategy can be adapted to your project. Gentaur supports the custom antibody workflow from target and antigen selection through antibody generation, screening, purification, and application-oriented validation . This approach is particularly useful when an existing commercial antibody does not meet your required specificity, species reactivity, format, or application requirements. A Development Strategy Built Around Your Target Our custom antibody service can be configured according to your research objectives, including: Target-specific antibody development Peptide or recombinant protein-based antigen strategies Monoclonal and polyclonal antibody options Custom host and antibody formats Species-specific target recognition Application-focused validation Custom quantity and formulation requirements Antibodies can be developed for a range of research applications, including Western blot, ELISA, immunohistochemistry, immunofluorescence, flow cytometry, and immunoprecipitation. From Target Selection to Validated Antibody Every project begins with an assessment of your target and intended application. Based on the available target information, an appropriate antigen and development strategy can be established. Candidate antibodies are then screened and selected according to the project requirements, followed by purification and validation where requested. This flexible workflow allows researchers to request a solution based on their specific target, experimental method, species, and desired specifications rather than adapting their research to a standard off-the-shelf antibody. Why Choose Custom Antibody Development with Gentaur? Target-focused : Development is centered around your specific research target. Application-oriented : Validation can be aligned with your intended experimental techniques. Flexible : Choose from different antibody types, antigen strategies, formats, and quantities. Project-specific : Requirements can be defined according to your research objectives. Research support : Gentaur helps you communicate the technical requirements of your project and identify an appropriate development approach. Have a Target in Mind? Tell us about your target, application, and antibody requirements. Our team can review your project and help define the appropriate custom antibody development strategy. Start Your Custom Antibody Project Submit your project requirements using the form below, and our team will get back to you with the next steps.

Explore Life Science Categories by Application

Assay Kits
Assay kits are the quiet backbone of biology laboratories. They consolidate the reagents, buffers, standards, and detection systems required to address fundamental questions ranging from enzyme activity and metabolite concentrations to reporter signals and cell viability. Whether mapping signaling pathways, examining oxidative stress, or measuring a protein of interest, these kits simplify experimental design. What matters most to researchers is consistency: signals need to scale predictably with concentration, and controls need to land where they should. Well-established protocols and solid components mean fewer failed runs, less wasted sample, and more confidence in the data so you can focus on the science, not the troubleshooting.
CRISPR
CRISPR systems have become essential in molecular biology for studying and controlling nucleic acids with precision. They provide powerful approaches for functional genomics, gene regulation, epigenetic studies, and nucleic acid analysis. By combining high accuracy with reproducibility, CRISPR methods support a wide range of experimental workflows, from basic research to advanced laboratory applications.
Consumables
Gentaur supplies a comprehensive range of laboratory consumables designed to support reliable, contamination-free workflows across research, diagnostics, pharmaceutical, and industrial laboratories. Our portfolio includes high-quality disposable labware manufactured under strict quality control using certified raw materials to ensure consistency, compatibility with standard laboratory equipment, and reproducible experimental results. With optimized logistics and multi-brand sourcing, Gentaur ensures continuous availability, batch traceability, and fast delivery across Europe and international markets.
Culture Medium
The culture medium is the key component of the culture environment because it provides the necessary nutrients, growth factors, and hormones for cell growth, as well as regulating the osmotic pressure and the PH of the culture. Although initial cell culture experiments were performed using natural media obtained from tissue extracts and body fluids, the need for standardization, media quality, and increased demand led to the development of defined media. The commun basic media are basal media, reduced-serum media, and serum-free media but there is also different other culture media.
ELISA Kits
ELISA (Enzyme-Linked Immunosorbent Assay) kits are widely used laboratory tools for the quantitative and qualitative analysis of proteins, peptides, and other biomolecules. Based on the principle of antigen–antibody interaction, these assays combine specific binding with enzyme-driven signal detection, ensuring both sensitivity and reproducibility. Available in different formats such as direct, indirect, sandwich, and competitive ELISA, these kits are adaptable to a broad range of applications in biochemistry, molecular biology, and immunology research. With clear signal output and compatibility with standard microplate readers, ELISA kits remain one of the most reliable methods for high-throughput screening, protein expression studies, and biomarker analysis.
Host
Host antibodies, derived from species such as mouse, rabbit, goat, rat, and chicken, are essential for immunology, diagnostics, and therapeutic research. Combined with recombinant biotechnology, these antibodies are engineered for higher specificity, reproducibility, and consistent performance in applications like ELISA, Western blot, immunohistochemistry, and flow cytometry. By integrating natural host immune responses with recombinant protein technology, researchers gain reliable tools for biomarker detection, drug discovery, and molecular biology workflows.
Instruments and Equipments
We provide a wide range of laboratory instruments, research equipment, and essential lab accessories designed to support life science, biotechnology, molecular biology, cell culture, and analytical workflows. Our selection includes reliable tools for sample preparation, liquid handling, incubation, separation, measurement, and routine laboratory operations.
Life Science Products
Life science products include a broad portfolio of laboratory reagents, consumables, and research tools designed to support studies in molecular biology, cell biology, genomics, proteomics, and biochemistry. These products include antibodies, ELISA kits, enzymes, nucleic acid reagents, culture media, and detection systems, all optimized to provide reproducibility, accuracy, and scalability across experimental workflows.
Molecular Biology
Molecular biology is part of almost every lab routine. It covers the basics PCR kits, enzymes, primers, buffers, and simple controls that help experiments run. These tools end up in all kinds of work: cloning, mutagenesis, expression checks, even day-to-day diagnostic PCR. What researchers really want is dependability. If the reagents work across different samples, you waste less time repeating runs. Clear instructions matter too, because nobody wants to spend half a day troubleshooting when the focus should be on results.
Monoclonal Antibodies
Monoclonal antibodies are the precision reagents of contemporary biology. They are the tools of choice for target protein detection, quantitation, and purification since they originate from a single clone and recognize one epitope with unparalleled specificity. Monoclonal antibodies provide insight into intricate biological systems through biomarker validation and cellular circuit probing. Their reproducible performance in research guarantees reproducible results, specific signals, and low background. Wherever they are applied in immunohistochemistry, Western blot, flow cytometry, or ELISA, monoclonal antibodies convert molecular recognition into quantifiable, dependable data, enabling researchers to home in on the most salient features.

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