spin label

Functional groups contained within the spin label determine their specificity.

Once incorporated into the protein, a spin label's motions are dictated by its local environment.

Lambert blinked at the blur of the spinning label.

By changing the genetic code, a specific attachment point in the protein is created for a nitroxide spin label probe.

His introduction of 'spin labels' has led to a deep understanding of such motions, and to extensive applications in many biological systems of great interest.

A spin label's built-in protein structure can be detected by EPR spectroscopy.

Spin labels are a unique molecular reporter, in that they are paramagnetic (contain an unpaired electron).

Because spin labels are exquisitely sensitive to motion, this has profound effects on its EPR spectrum.

Spin labels were first synthesized in the laboratory of H. M. McConnell in 1965.

The theory of SDSL is based on the specific reaction of spin labels with amino acids.

To illustrate this point, Microscan first placed bar code labels on the blades of a desktop fan and the scanner read the spinning labels.

Spin labels are normally used as tools for probing proteins or biological membrane-local dynamics using EPR spectroscopy.

Analysis of the electron paramagnetic resonance (EPR) spectrum of the spin label provides information about the local environment in the protein.

Spin labels are long-lived free radicals which can be inserted into organic molecules so that they can be studied by EPR.

In SDSL, sites for attachment of spin labels are introduced into recombinantly expressed proteins by site-directed mutagenesis.

In Melbourne they recorded an album, Syrius, with Fisher producing, which was released both in Australia (on the Spin label) and Hungary.

A spin label (SL) is an organic molecule which possesses an unpaired electron, usually on a nitrogen atom, and the ability to bind to another molecule.

Since then, a variety of nitroxide spin labels have enjoyed widespread use for the study of macromolecular structure and dynamics because of their stability and simple EPR signal.

He was awarded the Wolf Prize in Chemistry in 1983/84 for "his studies of the electronic structure of molecules through paramagnetic resonance spectroscopy and for the introduction and biological applications of spin label techniques".

Nat Kipner moved to Sydney to manage The Bowl, but after 12 months there he sold his share in Sunshine; he subsequently founded the Spin label in 1967 with Harry M. Miller and Clyde Packer.

Each spin network in each gamma ring represents a specific geometry, subject to the constraint that two spin network tetrahedra that share one triangular face must assign the same spin labels to the common edges, hence, the same area to the common face.

Many biophysical techniques such as crystallography, NMR, electron paramagnetic resonance (EPR) using Spin label techniques, Circular Dichroism (CD), Hydrogen Exchange, and FRET can be used to study macromolecular conformational change.

The higher spectral resolution over g-factor, which increases with irradiation frequency and external magnetic field B. This is used to investigate the structure, polarity, and dynamics of radical microenvironments in spin-modified organic and biological systems through the spin label and probe method.

Through Kipner (who briefly managed The Bee Gees just before they returned to the UK) Spin was also able to secure the lucrative Australian release rights to the Bee Gees' Polydor recordings from 1967 until the Spin label folded in 1973.