
自引率: 2%
被引量: 9185
通过率: 暂无数据
审稿周期: 暂无数据
版面费用: 暂无数据
国人发稿量: 6
投稿须知/期刊简介:
Biopolymers publishes original research papers in the field of biopolymers (proteins nucleic acids and polysaccharides) low molecular weight molecules relevant to the study of biopolymers (including model systems monomers oligomers and molecules which interact with biopolymers) and molecular dynamics and bioassemblies. The Editors are also eager to publish Rapid Communications which should be brief timely and of sufficient interest or urgency to warrant rapid publication. Such publication is not a bar to publication of a fuller account of the work at a later date. Peptide Science and Nucleic Acid Sciences are also published under the aegis of Biopolymers . They are designed to provide a forum for large complex research projects and to publish articles that correlate research results between the subdisciplines of the peptide sciences. Most issues of Peptide Science and Nucleic Acid Sciences will be devoted to unified themes covering the most timely subjects in their research areas. The primary goal of Biospectroscopy is to create a single forum for molecular spectroscopists working on biological problems and for bio-researchers who wish to use spectroscopy to advance their research. The principal role of Biospectroscopy is to provide a unique focus on the use of spectroscopy for understanding more about biological molecules. Biospectroscopy has been conceived as a resource for the growing number of molecular spectroscopists interested in biological applications and researchers in biological areas interested in keeping current on the use of molecular spectroscopy for life-sciences problems. The journal is international in scope and outreach and publishes six times each year. The editorial staff encourages the submission of original high-quality articles research notes mini-reviews and rapid communications. We encourage the publication of mini-reviews devoted to developing areas of biospectroscopy and interested authors should contact one of the Editors prior to submission for further information. We also encourage the use of color when it enhances the information content or clarity of figures and illustrations. Submissions of manuscripts to the journal may be sent to any of the Editorial offices listed in each issue. Using the aims and scope described above the Editors of Biopolymers and the Publisher strive to bring the broadest coverage of our disciplines to the scientific community. We look forward to continuing this worthy endeavor.
期刊描述简介:
Biopolymers publishes original research papers and review articles in the general area of macromolecular structure and function, as well as biologically relevant model systems. Manuscripts should report on studies that examine biological macromolecules (naturally occurring and designed), their interactions, reactions, and macromolecular assemblies at structural, chemical, and physical levels. The Journal strives to publish high-impact papers that will significantly enhance our understanding of the chemistry and/or the biology of the systems under investigation. Reports describing techniques that could be applied to the study of biological macromolecules will be considered for publication only if they will have broad utility to the biochemical and biophysical research community. Topics of particular interest include, but are not limited to: Molecular recognition; multi-component complexes and macromolecular assembly, including ordered aggregation Molecular design, biomimics, model systems, and bio-nanotechnology Biopolymer processing and degradation Experimental and theoretical studies of biopolymer folding Single molecule studies of biopolymers (e.g., fluorescence, optical tweezers, AFM, etc.) Three-dimensional structures of biopolymers determined by X-ray, NMR, EM, other spectroscopic methods, as well as computational prediction Bioenergetics of macromolecules and their interactions Use of small molecules as either probes or models of structure and function, or as ligands that target biologically relevant receptors Preparation and characterization of novel biomaterials Function may include: DNA recombination, replication and repair Catalysis Molecular motors Intracellular signaling and signal transduction Chromatin structure and remodeling RNA processing Transcription Translation Protein/RNA sorting and trafficking
-
Investigating the Influence of Additive Manufacturing and Ultrasonic Coating Parameters on Biopolymeric Scaffold Performance Using Response Surface Methodology.
被引量:- 发表:1970
-
Effect of Different Ratios of Polyvinyl Alcohol-Gum Odina for the Preparation and Characterization of Biodegradable Composite Films.
被引量:- 发表:1970
-
Fabrication of In Situ-Cross-Linked N-Succinyl Chitosan/Oxidized Alginate Hydrogel-Loaded Ascorbic Acid and Biphasic Calcium Phosphate for Bone Tissue Engineering.
被引量:- 发表:1970
-
Structural Basis for Antagonist Binding to Vasopressin V1b Receptor Revealed by the Molecular Dynamics Simulations.
被引量:- 发表:1970
-
Autoclaved Starch: Structure and Functionality Relationship in a Matrix With the Same Contribution of Amylose and Amylopectin.
The rational use of autoclaved starches in food applications is difficult because there is a lack of information on their structure-functionality relationship. The novelty of this research relies on disclosing such an association. Hylon V starch was autoclaved at 105, 120, and 135°C to investigate its crystalline and double-helical features and its relationship with functionality. In autoclaved Hylon V starch, interactions of amylopectin and amylose improved while the crystalline regions decreased. The degree of double helices (DD) decreased after autoclaving at 105°C and the degree of order (DO) increased after treatment at 120 and 135°C. The water solubility index (WSI) (4.63-6.38%) and swelling power (SP) (4.39-7.1 g/g) increased when the temperature increased. On the other hand, water (103.49-225.01%) and oil (61.91-94.53%) holding capacity (WHC and OHC, respectively) increased after autoclaving treatment, although the values decreased with the treatment intensity. The functional properties were affected when the structure changed as a function of the treatment temperatures. PCA analysis showed that WSI and SP of autoclaved Hylon V starch were associated with a high DD, with better compaction, and with stronger amylopectin-amylose interactions. WHC and OHC were associated with better crystallinity, stronger interactions of amylopectin and amylose, and heterogeneous double-helical crystallites. These findings are useful for understanding the structure-functionality relationship of autoclaved Hylon V starch and pave the way for future research regarding the effects of its incorporation on the properties of food matrices such as bread, yogurt, cakes, and pudding.
被引量:- 发表:1970