Lectins are natural or engineered proteins that selectively recognize carbohydrate structures on glycoproteins, glycolipids, cells, and pathogens. Unlike glycosidases or glycosyltransferases, lectins bind glycans without catalyzing their modification. Their recognition properties make them valuable tools for glycan profiling, biomarker research, biosensing, imaging, pathogen studies, and targeted-delivery research. BOC Sciences combines protein-development and glycoscience capabilities to support customized lectin programs from early feasibility through qualified reagent supply. Each project is designed around the target glycan, lectin source, expression requirements, sample matrix, intended format, analytical package, manufacturing scale, and downstream application.
Specificity: Glycan recognition depends on the lectin, glycan presentation, avidity, and assay conditions.
Protein Quality: Expression, folding, oligomerization, and purification can each affect functional binding.
Probe Formatting: Labeling or immobilization can alter activity and increase background in the intended sample matrix.
Fit-for-Purpose Evidence: Binding specificity and functional activity should be characterized before repeat production or assay transfer.
Projects can enter at candidate selection, protein production, binding characterization, or assay-format development.
Identify or design a glycan-binding reagent with the right starting profile for your application.
Develop an expression and production strategy suited to the folding, cofactor, oligomerization, and application requirements of the selected lectin.
Establish a reproducible purification workflow while preserving glycan-binding function.
Convert lectins into application-ready probes while monitoring labeling efficiency and retained activity.
Define what the lectin recognizes, how strongly it binds, and how it performs in the intended matrix.
Translate lectin recognition into a practical research or detection format.
The project is scoped around molecular requirements, fit-for-purpose evidence, and the intended research use:
Integrated scientific expertise — Protein development, glycochemistry, conjugation, glycan profiling, and analytical support can be coordinated within one project.
Application-led development — Material quality and analytical scope are designed around the customer’s matrix, assay readout, and performance objective.
Flexible project entry — Customers may begin with a feasibility module or request an integrated program across multiple development stages.
Fit-for-purpose quality — Project-specific characterization and traceable documentation support informed R&D and manufacturing decisions.
Scalable support — Programs can progress from milligram-scale feasibility toward larger custom-manufacturing needs, subject to technical review.
Illustrative lectin–glycan recognition and specificity assessment; no measured binding data.These research contexts guide material design and require verification in the intended assay or formulation:
A staged workflow links target definition, preparation, verification, and research-use delivery:
Define the target glycan, lectin source or sequence, intended application, sample matrix, assay format, material scale, and success criteria.
Confirm project-specific criteria and document the results at this stage.
Select the lectin or construct, evaluate expression feasibility, and confirm initial glycan-binding activity.
Confirm project-specific criteria and document the results at this stage.
Develop production, purification, labeling, immobilization, and formulation conditions appropriate for the intended use.
Confirm project-specific criteria and document the results at this stage.
Assess identity, purity, aggregation, activity, specificity, affinity, matrix behavior, and stability using a fit-for-purpose analytical plan.
Confirm project-specific criteria and document the results at this stage.
Deliver qualified material, analytical results, project documentation, and recommendations for subsequent manufacturing or method transfer.
Confirm project-specific criteria and document the results at this stage.
Lectin performance depends on more than protein purity. BOC Sciences can design fit-for-purpose studies to understand the binding profile, affinity, selectivity, and behavior of each candidate in its intended assay context.
| Assay format | What it helps assess |
| Glycan microarray | Immobilized defined glycans are used to map what a lectin recognizes. |
| Lectin microarray | Immobilized lectin panels are used to profile glycan features in a biological or biopharmaceutical sample. |
| SPR / BLI / ITC | Biophysical methods may be used to assess affinity, kinetics, or thermodynamics, depending on the interaction and available platform. |
| Competition assays | Defined sugars or glycans help confirm motif dependence and identify potential cross-reactivity. |
Analytical scope is selected according to the lectin, development stage, final format, and intended use; method availability and acceptance criteria are confirmed in project planning.
The agreed package documents the material format and evidence needed for the next research or manufacturing decision.
Tell us the target glycan or lectin candidate, source or sequence, intended sample matrix, assay format, requested quantity, and binding evidence needed. We can scope candidate selection, expression, purification, labeling, and research-use qualification.
Request a consultation or quote. Related services: Glycan Profile Service, Glycan Synthesis Services, Glycan Modification and Functionalization Services.
