Target Details
- Target Name
- Trimethylamine N-oxide
- Scientific Name
- Trimethylamine N-oxide
- Target Type
- Small Molecule
- Organism
- —
- UniProt ID
- —
- PDB ID
- —
- Molecular Weight
- 75.11 g/mol
⟳ 3D Preview
Sequence protected. Public page contains rendered media only; no sequence or raw aptamer PDB is supplied.
APTFAB catalogue item
Anti-TMAO Aptamer
APT-TMAO-003
Research Use Commercial Licence Available Computationally Evaluated
An aptamer candidate developed for TMAO detection and electrochemical biosensor research.
Price: Request quotation
Datasheet unavailable
Aptamer Characteristics
- Aptamer Type
- DNA
- Length
- 38 nt
- Binding Format
- Single binder
- Sequence
- Not publicly disclosed
- Intended Use
- Research Use, Commercial Licensing
Chemical Modification
- 5′ amine
Verification & Validation
- Methods
- Docking, Electrochemical
- Validation Level
- Computationally Evaluated
- Sample Matrix
- PBS
- Affinity
- Available upon request
Applications
Designed for small-molecule recognition studies and biosensor integration.
- Small-molecule target
- Electrochemical platform compatible
This aptamer is positioned for the following research and development applications:
BiosensorMetabolic Research
Additional platform-specific validation may be required before diagnostic, therapeutic, or regulated use.
Research use: Available for research projects, assay development, and proof-of-concept studies.
Commercial use: Commercial licensing and platform integration may be discussed through enquiry.
Sequence access: The proprietary nucleotide sequence is not displayed or sent to the public browser.
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