Bovine SP-B occurs also as covalent trimer, and oligomeric forms of ovine SP-B have been described.
As the oligomeric size of the hypothetic bundle is not known, we explored different oligomeric sizes, from dimers to hexamers.
The folding pathways of only a few oligomeric proteins (mostly dimers and tetramers) have been reported, revealing a variety of mechanisms [3-7].
The aggregation of monomers to form an oligomeric protein is a complex molecular process whose details are still obscure.
Pharmacologically active compounds in the extracts include oligomeric procyanidins and flavonoids.
The bend in the middle of the alamethicin molecule results in the C-termini of the monomers in its oligomeric channel being at a further distance from each other due to the funnel shape.
Using the approach of this article, it may be possible to find conditions for which peptide constructs that vary in length and/or sequence have well-defined oligomeric states in the buffer solution.
They are constructed from multiples of 60 monomeric or oligomeric structural subunits, arranged in equivalent or quasi-equivalent environments.
We compare a kinetic theory analysis of oligomeric aggregation to spatially explicit simulations of the process.
Higher oligomeric and polymeric soluble carbohydrates such as fructans would also have been detected if present, though different types would not have been efficiently separated.
Electron microscopy observations of disintegrating IF revealed the existence of two oligomeric levels consisting of tetramers assembled into octamers.
A tetrameric structure produces a greater minimum stress than other oligomeric structures up to octamers.
These densities may represent monomeric or oligomeric clusters of calsequestrin molecules that co-exist with the larger SR membrane-associated assemblages.
Furthermore, the overall fold and the oligomeric structure of the molecule was validated by small angle x-ray scattering.
The monomer units in the oligomeric structure become entangled with each other.
In particular, it has been proposed that three-dimensional domain swapping plays a role in the evolution of monomeric proteins toward oligomeric states.
Previous workers argued that the most probable oligomeric state is a pentamer based upon combinations of modeling and experiment.
The low and high ionic strength data were interpreted in terms of monomeric and oligomeric / aggregated peplide states, respectively.
For example, is the protein of interest transiently part of an oligomeric complex, a lipid raft, and/or does it associate with the cytoskeleton?
A relevant issue that arises from our work is to distinguish between monomeric species versus oligomeric species inserting into the membrane.
Definition of oligomeric in US English:
oligomeric
adjectiveəˌliɡəˈmerik
Chemistry
See oligomer
Example sentencesExamples
Electron microscopy observations of disintegrating IF revealed the existence of two oligomeric levels consisting of tetramers assembled into octamers.
A tetrameric structure produces a greater minimum stress than other oligomeric structures up to octamers.
For example, is the protein of interest transiently part of an oligomeric complex, a lipid raft, and/or does it associate with the cytoskeleton?
Higher oligomeric and polymeric soluble carbohydrates such as fructans would also have been detected if present, though different types would not have been efficiently separated.
The low and high ionic strength data were interpreted in terms of monomeric and oligomeric / aggregated peplide states, respectively.
The bend in the middle of the alamethicin molecule results in the C-termini of the monomers in its oligomeric channel being at a further distance from each other due to the funnel shape.
In particular, it has been proposed that three-dimensional domain swapping plays a role in the evolution of monomeric proteins toward oligomeric states.
Using the approach of this article, it may be possible to find conditions for which peptide constructs that vary in length and/or sequence have well-defined oligomeric states in the buffer solution.
The folding pathways of only a few oligomeric proteins (mostly dimers and tetramers) have been reported, revealing a variety of mechanisms [3-7].
They are constructed from multiples of 60 monomeric or oligomeric structural subunits, arranged in equivalent or quasi-equivalent environments.
Pharmacologically active compounds in the extracts include oligomeric procyanidins and flavonoids.
A relevant issue that arises from our work is to distinguish between monomeric species versus oligomeric species inserting into the membrane.
Previous workers argued that the most probable oligomeric state is a pentamer based upon combinations of modeling and experiment.
Furthermore, the overall fold and the oligomeric structure of the molecule was validated by small angle x-ray scattering.
As the oligomeric size of the hypothetic bundle is not known, we explored different oligomeric sizes, from dimers to hexamers.
These densities may represent monomeric or oligomeric clusters of calsequestrin molecules that co-exist with the larger SR membrane-associated assemblages.
We compare a kinetic theory analysis of oligomeric aggregation to spatially explicit simulations of the process.
Bovine SP-B occurs also as covalent trimer, and oligomeric forms of ovine SP-B have been described.
The aggregation of monomers to form an oligomeric protein is a complex molecular process whose details are still obscure.
The monomer units in the oligomeric structure become entangled with each other.