Tracer library / [18F]FP-(+)-DTBZ

[18F]FP-(+)-DTBZ

Also written as [18F]FP-(+)-DTBZ
Radionuclide
F-18
Modality
—
Production route
—
Stage
—
Syntheses indexed
5

What it is

Compound class
Dihydrotetrabenazine derivative (VMAT2 tracer)
Target / mechanism
Vesicular monoamine transporter 2 (VMAT2) PMID 31165386
Clinical application
Parkinson's disease imaging PMID 34307421
Theranostic pair
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Published syntheses

ModuleCassettePurificationYield %RCP %Precursor / supplierSource
CFN-MPS200—SPE29 ± 1.8%99.0%TsOP-(+)-DTBZ
College of Chemistry, Jilin University
34307421
2021 Front Med (Lausanne)
18F was passed into the CFN-MPS200 multi-functional synthesis module through the target transmission system — radiochemical yield of 29 ± 1.8% with radiochemical purity >99% and shortened synthesis time to 27 min
CFN-MPS200—HPLC11 ± 2.3%99.2%TsOP-(+)-DTBZ
College of Chemistry, Jilin University
34307421
2021 Front Med (Lausanne)
18F was passed into the CFN-MPS200 multi-functional synthesis module through the target transmission system — Yield rate11 ± 2.3%25 ± 2.327 ± 2.129 ± 1.8 %
CFN-MPS200—SPE25 ± 2.3%98.5%TsOP-(+)-DTBZ
College of Chemistry, Jilin University
34307421
2021 Front Med (Lausanne)
18F was passed into the CFN-MPS200 multi-functional synthesis module through the target transmission system — Yield rate11 ± 2.3%25 ± 2.327 ± 2.129 ± 1.8 %
CFN-MPS200—SPE27 ± 2.1%98.0%TsOP-(+)-DTBZ
College of Chemistry, Jilin University
34307421
2021 Front Med (Lausanne)
18F was passed into the CFN-MPS200 multi-functional synthesis module through the target transmission system — Yield rate11 ± 2.3%25 ± 2.327 ± 2.129 ± 1.8 %
——SPE30-55%>99.0%—31165386
2020 Mol Imaging Biol
successfully applied it to a commercial available module — gave a high activity yield (AY) of 30-55 % in about 40 min

Precursor

Common precursor
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Suppliers seen in the literature
—
Cited suppliers in indexed syntheses
College of Chemistry
Typical final purification
—

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Notes

Added at stage 39 (2026-09-27) from a reverse search of the PubMed corpus's own unattached articles (articles that named a real compound not yet in this reference): 2 article(s) found under this name, not yet individually researched. Target/mechanism, clinical application, indications, approval, modality, stage and production route are intentionally left empty. PMIDs: 31165386, 34307421.