High-Throughput Sialic Acid Screening Service
Sialic acid, a crucial carbohydrate modification, is widely found on glycoproteins, glycolipids, and other glycan structures. As a key terminal component of cell surface glycans, sialic acid is involved in diverse biological processes including cell recognition, immune evasion, pathogen invasion, and tumor progression. The types, linkages, and distribution patterns of sialic acid play pivotal roles in determining the functional heterogeneity of glycosylation. Understanding the biological functions and spatial distribution of sialic acids is essential for disease mechanism studies, drug discovery, immune modulation, and cellular signaling research.
Figure 1. The Structure of Sialic Acid
To support this field, MtoZ Biolabs offers a High-Throughput Sialic Acid Screening Service delivering efficient and accurate screening solutions for sialic acid-associated glycan structures. Our service is widely applicable in glycan–protein interaction studies, immune response analysis, vaccine design, and biomarker discovery.
Service at MtoZ Biolabs
MtoZ Biolabs provides a high-throughput sialic acid screening service powered by multiple platforms and streamlined automation. Our service enables rapid identification of interactions between sialylated glycans and biological targets. Core screening strategies include, but are not limited to:
Table 1. High-Throughput Sialic Acid Screening Strategies at MtoZ Biolabs
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A high-throughput platform that immobilizes a diverse range of sialylated glycans onto glass slides. Binding interactions with fluorescently labeled targets (e.g., proteins, antibodies, or cell lysates) are detected using high-resolution scanners. This method supports rapid profiling of glycan-target binding specificity. |
Bead-Based Screening Sialylated glycans are conjugated onto magnetic or polymer beads and incubated with receptors, cells, or antibodies in solution. Binding events are detected via ELISA or flow cytometry. Ideal for mid-throughput validation and functional screening studies. |
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Fluorescent Probe-Based Screening Utilizes fluorescently labeled sialic acid probes to assess binding capabilities of target molecules, especially useful for evaluating sialic acid–cell surface interactions at the cellular level. |
Surface Plasmon Resonance (SPR) / Bio-Layer Interferometry (BLI) Label-free, real-time interaction monitoring between sialylated glycans and target molecules, allowing for kinetic and affinity analysis. |
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Mass Spectrometry-Based Screening Combining MALDI-TOF or LC-MS/MS platforms with automated processing, this method supports qualitative and quantitative assessment of bound sialylated glycans, enabling in-depth structural analysis at high throughput. |
Analysis Workflow
1. Project Consultation and Experimental Design
Define project goals, select appropriate screening strategy, and establish a tailored workflow.
2. Sample Preparation and Quality Control
Preparation of sialylated glycan probes or target biomolecules, followed by QC validation.
3. High-Throughput Screening Execution
Automated screening of glycan–target interactions on selected platforms.
4. Data Acquisition and Analysis
Collection and statistical evaluation of binding signals using standardized pipelines.
5. Results Delivery and Technical Support
Comprehensive reporting, interpretation of screening results, and follow-up technical guidance.
Service Advantages
1. Integrated Multi-Platform Technologies
We utilize an array of screening platforms, including glycan microarrays, bead-based systems, flow cytometry, optical sensors, SPR/BLI, and mass spectrometry, to match specific research objectives with the most suitable approach.
2. Automated High-Throughput Execution
Our automated platforms significantly enhance experimental throughput, ensure reproducibility, and support large-scale screening initiatives.
3. Customizable Screening
We offer a comprehensive library of sialylated glycans and can custom-synthesize specific structures upon request to meet unique research needs.
4. Complete Research Support
Beyond initial screening, we provide downstream services such as kinetic analysis, functional validation, and receptor recognition studies for a complete research continuum.
5. One-Time Charge
Our pricing is transparent, with no hidden fees or additional costs.
Applications
1. Investigating interactions between sialylated glycans and receptor proteins
2. Designing and optimizing sialic acid-based vaccine antigens
3. Identifying cancer- and metabolism-associated sialylation biomarkers
4. Exploring glycan–glycan interaction mechanisms and glycomimetic drug targets
5. Analyzing antibody or receptor binding specificity to sialylated structures
FAQs
Q1: Can I request screening for a specific sialic acid structure?
Yes. We support custom synthesis of specific sialylated glycans or can work with client-provided compounds to meet personalized screening requirements.
Q2: How long does the high-throughput sialic acid screening service take?
Typically, the screening takes 2–3 weeks. Custom synthesis or complex target structures may require longer timelines, depending on project specifics.
Sample Submission Suggestions
1. Protein samples: ≥100 µg, purity >90%, submitted in lyophilized form or low-salt buffer.
2. Antibodies / Cell lysates: Clearly indicate source, concentration, and storage conditions.
3. Sialylated derivatives (client-provided): Include structure, purity, and solvent details.
4. Other samples: Contact us for technical advice on sample preparation and compatibility.
Deliverables
1. Documentation of screening platform and workflow
2. Raw data files and processed data tables
3. Visualized results such as binding heatmaps and interaction profiles
4. Statistical reports and signal evaluation summaries
5. Comprehensive technical report with methods, conditions, and result interpretations
Sialic acids play critical roles in a wide range of biological processes. Investigating their interactions and biological functions is essential for advancing disease research and drug development. MtoZ Biolabs empowers researchers with a high-throughput sialic acid screening service to uncover biologically relevant sialic acid-mediated interactions, driving innovation in glycomics, therapeutics, and diagnostics.
Contact us today to discuss your project. We provide fully customized screening plans and professional technical support tailored to your research needs.
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