Chemical structure elucidation.
1
Seven model-based populations were identified on the basis of the structure analysis.
2
For most cases the molecular structure was confirmed by X-ray crystal structure analysis.
3
The accessions were classified into different populations, according to the model-based structure analysis.
4
The population structure analysis was based on a Bayesian approach.
5
The secondary structure analysis suggested that LEE had non-helical segments within an a-helical structure.
6
X-ray structure analysis and spectroscopy have been applied to elucidate the mechanism of lipoxygenases.
7
Successful structure analysis thus demands more elaborate processing strategies.
8
In addition, an automated neuron comparison method is introduced for performance evaluation and structure analysis.
9
Protein structure analysis indicates that all three mutations lead to functional inactivation of the protein.
10
The genetic structure was investigated by model-based structure analysis and construction of neighbor-joining phylogenetic tree.
11
The objective was to assess by simulation the efficacy of population structure analysis in plant breeding.
12
Protein- structure analysis indicates that these AQP5 variants have the potential to elicit an effect on normal channel regulation.
13
This chapter summarises modern microchemical approaches to the purification, identification and primary structure analysis of peptides and proteins.
14
In silico 3D- structure analysis and bioinformatics indicated that this variant could undergo abnormal conformation and could be pathogenic.
15
The population structure analysis revealed three tropical heterotic pools, which have been used by worldwide and Brazilian maize seed companies.
16
The complexes have been characterized by routine physicochemical techniques as well as by X-ray single-crystal structure analysis in some cases.