Nuclear magnetic resonance (NMR) probe

Concepts

• spectroscopy devices
• newcastle upon tyne
• multi-purpose probe
• nmr
• nuclear magnetic resonance
• nuclear magnetic resonance (nmr) probe
• probe
• resonance
• nuclear
• magnetic

Location

NORTH EAST (ENGLAND)

Description

The team is working on tunable and predictable small molecule light emitters from a fluorinated amine scaffolds project. Within this project, the team will build a structure-property relationship around two constrained amine scaffolds, with a particular focus on tuning their photoluminescent properties. This will involve the strategic incorporation of fluorine atoms, and the analysis of this small compound library will be supported by a Nuclear magnetic resonance (NMR) probe which enables simultaneous 1H and 19F decoupling of 13C NMR spectra. The probe will also support the characterisation of key intramolecular distances through the acquisition of 1H NOE spectra.

Total Quantity or Scope

The procurement involves acquiring a Nuclear Magnetic Resonance (NMR) multi-purpose probe for a research project focused on developing a family of light-emitting small molecules. The goal is to establish structure-property relationships between photophysical properties, intramolecular distances, and the identity of light-emitting chromophores. Equipment Supply: Nuclear Magnetic Resonance (NMR) multi-purpose probe capable of precise measurement of molecular distances and structural characterization.

CPV Codes

• 33114000 - Spectroscopy devices

Indicators

Other Information

This project addresses the current limitations in designing small molecules with predictable light-emitting properties by enabling the precise control of molecular distances and chromophore identities. The inclusion of fluorine atoms in the chromophores will enhance emission wavelength tuning, crucial for developing viable biosensors. To view this notice, please click here: https://www.delta-esourcing.com/delta/viewNotice.html?noticeId=862164315 GO Reference: GO-2024519-PRO-26107882