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Protein-based

Koppensteiner W A, P Lackner, M Wiederstein and M J Sippl 2000. Characterization of Novel Proteins Based on Known Protein Structures. Journal of Molecular Biology 296 1139-1152. [Pg.576]

Protein acidulant Protein additives Protein ammo acids a-l-Proteinase inhibitor Protein-based mimetics Protein Ca [42617-41-4] Protein channels Protein chromatography Protein crystal growth... [Pg.821]

Protein-Based Adhesives. Proteia-based adhesives are aormaHy used as stmctural adhesives they are all polyamino acids that are derived from blood, fish skin, caseia [9000-71 -9] soybeans, or animal hides, bones, and connective tissue (coUagen). Setting or cross-linking methods typically used are iasolubilization by means of hydrated lime and denaturation. Denaturation methods require energy which can come from heat, pressure, or radiation, as well as chemical denaturants such as carbon disulfide [75-15-0] or thiourea [62-56-6]. Complexiag salts such as those based upon cobalt, copper, or chromium have also been used. Formaldehyde and formaldehyde donors such as h exam ethyl en etetra am in e can be used to form cross-links. Removal of water from a proteia will also often denature the material. [Pg.234]

One frozen dessert is made with Simplesse, a protein-based fat mimetic that contains no fat (37). Other dairy product developments include a fat flavor, produced by encapsulating milk fatty acids in maltodextrins (38) fat-free cottage cheeses and 2% fat milk, prepared by steam stripping cream with partial fat addback, with a cholesterol level about 60% lower than the starting material (39). [Pg.118]

O a trim oats Protein-based mimetics Rhc ne-Poulenc/Quaker Oats ConAgra... [Pg.440]

Protein-Based Substitutes. Several plant and animal-based proteins have been used in processed meat products to increase yields, reduce reformulation costs, enhance specific functional properties, and decrease fat content. Examples of these protein additives are wheat flour, wheat gluten, soy flour, soy protein concentrate, soy protein isolate, textured soy protein, cottonseed flour, oat flour, com germ meal, nonfat dry milk, caseinates, whey proteins, surimi, blood plasma, and egg proteins. Most of these protein ingredients can be included in cooked sausages with a maximum level allowed up to 3.5% of the formulation, except soy protein isolate and caseinates are restricted to 2% (44). [Pg.34]

Adhesives (qv) used to make plywood are classified as either the exterior adhesive or the lesser quaHty interior adhesive. The terms relate to the abUity of the adhesive to survive exposure to moisture and weather. PhenoHc resins (qv) are commonly used as adhesives to make plywood. The difference between interior and exterior phenoHc resin adhesive is the filler level. Exterior rated plywood uses higher resin content adhesives. Interior rated plywood uses either highly extended (below 24% resin soHds) or protein-based adhesives. The adhesive is appHed to the veneer by roU coating, spraying, curtain coating, or foam extmsion. [Pg.318]

Isolated soy proteins have also been used in whipped toppings. Soy-protein-based toppings have a lower protein concentration than caseinate-based toppings. Formulations ate adjusted to protein levels, and higher protein levels can result in off-flavors. Typical formulations for a Hquid frozen, prewhipped product are given in Table 18. [Pg.449]

The first dynamical simulation of a protein based on a detailed atomic model was reported in 1977. Since then, the uses of various theoretical and computational approaches have contributed tremendously to our understanding of complex biomolecular systems such as proteins, nucleic acids, and bilayer membranes. By providing detailed information on biomolecular systems that is often experimentally inaccessible, computational approaches based on detailed atomic models can help in the current efforts to understand the relationship of the strucmre of biomolecules to their function. For that reason, they are now considered to be an integrated and essential component of research in modern biology, biochemistry, and biophysics. [Pg.519]

S. G. Allenmark, Separation of enantiomers by protein-based chiral phases in A practical approach to chiral separations by liquid chromatogra.phy, G. Subramanian, VCH, Weinheim (1994) Chapter 7. [Pg.19]

In the following studies, the same computational steps have been used in a straightforward manner as before to compare pairs of CSP. The molecule datasets employed in these studies are the same as that used above. In addition, two protein-based CSP were also compared ... [Pg.116]

VEGF-Trap is a protein-based product candidate designed to bind all forms of VEGF and the related P1GF, and prevents their interaction with cell surface receptors. VEGF Trap is being pursued in phase II... [Pg.85]

The structures of some natural protein-based materials, such as silk and wool, result in strong, tough fibers. Spiders and silkworms use proteins as a structural material of remarkable strength (Fig. 19.22). Chemists are duplicating nature by making artificial spider silk (Fig. 19.23), which is one of the strongest fibers known. [Pg.893]

New family of TPV having heat and oil resistance based on ACM and polyamide Development of crystalline-amorphous block copolymers (Engage), mettalocene catalyzed TPEs, Polyolefin elastomer (POEs), application research on TPEs Protein-based block-copolymer... [Pg.104]

Urry D.W. et al., Protein-Based Materials (McGrath K. and Kaplan D., eds.), Birkhauser, Boston, MA, 1997. [Pg.158]

Nagapudi K., Brinkman W.T., Leisen, J., Thomas B.S., Wright E.R., HaUer C., Wu X., Apkarian R.P., ConticeUo V.P., and Chaikof EU. Protein-based thermoplastic elastomers. Macromolecules, 38, 345, 2005. Petka W.A., Hardin J.L., McGrath K.P., Wirtz D., and TirreU, D.A. Reversible hydrogels from self-assembUng artificial proteins. Science, 281, 389, 1998. [Pg.158]


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Acid-base chemistry, protein charge

Acid-base dissociations, of native proteins

Activity-based protein profiling

Activity-based protein profiling (ABPP site-directed

Activity-based protein profiling ABPP)

Adenovirus penton-base proteins

Affinity-based proteins

Allosteric enzymes, protein-based

Application to Proteins and Nucleotide Base Stacks

Bacterial Protein Biomarker Discovery A Focused Approach to Developing Molecular-Based Identification Systems

Bacterial metal resistance protein-based

Bacterial metal resistance protein-based sensitive biosensors

Base protein

Base-unpairing region binding proteins

Biocompatibility elastic protein-based polymer

Biocompatibility protein-based polymer

Biodegradability, protein-based

Biodegradability, protein-based materials

Biodegradable polymers protein-based plastics

Biopharmaceutical industry protein-based therapeutics

Biopharmaceuticals protein-based

Biosensor-based methods proteins

Biosensors based on direct electron transfer of proteins

Biosensors based on direct electron transfer of proteins cytochrome

Biosynthesis protein-based polymer

Biosynthetic protein-based composites

Brookhaven Protein Data Base

Carbohydrate-Protein-Based (Glycoconjugate) Vaccines

Carbon nanotubes -based electrochemical direct electron transfer, of proteins and

Catalysts Based on Hollow Lipid-binding Proteins

Chemical Markers for Protein-Based Identification or Biodetection

Chemical synthesis protein-based material

Chemical synthesis protein-based polymer

Chiral columns protein-based

Composition, protein identity based

Compound library design protein structure based

Consilient protein-based

Consilient protein-based efficiency

Consilient protein-based energy conversions

Consilient protein-based machines

Contaminants protein-based

Covalent bonds, protein-based

Covalent bonds, protein-based materials

Crosslinking protein-based materials

DOCK, protein structure-based

Dendrimer-protein conjugate-based

Detection of protein-based product impurities

Direct electron transfer of protein biosensors based

Docking protein-based constraints

Drug delivery protein-based

Drug delivery protein-based material

Drug design protein structure-based methods

Efficiency protein-based machine

Elastic protein-based machines

Elastic protein-based machines hydrophobic association

Elastic protein-based machines observations

Elastic protein-based matrices

Elastic protein-based polymers

Elastic protein-based polymers antigenicity

Elastic protein-based polymers frequency

Elastic protein-based polymers response

Elastic, plastic, and hydrogel-forming protein-based polymers

Energy sources protein-based machine

Evolution protein-based machine

Flexible Protein Handling in Docking-Based Virtual Screening

Fluorescent protein-based biosensors

Food protein-based nanotubes

Formation of Protein-based Materials

Functional proteomics activity-based protein profiling

Heme-based proteins

Hydrogel-forming protein-based polymers

Hydrogels protein-based

Insolubility protein-based biological

Inverse temperature transitions protein-based machine

Knowledge-based approaches, protein structure simulations

Knowledge-based prediction protein modeling

Knowledge-based protein modeling

Macromolecular drugs protein-based

Magnesium protein-based enzymes

Mammal Protein-Based Biocomposites

Mechanical properties, protein-based

Mechanical properties, protein-based materials

Mechanically based protein release

Mechanism based design, protein

Mechanism based design, protein engineering

Mediator-free protein-based biosensors

Membrane based canola protein isolation

Membranes thylakoid, protein-based

Methods Based on a Macroscopic Description of Protein

Methods Based on a Microscopic Description of Protein

Microtubules Microtubule-based motor proteins

Molecular machines protein-based polymer

Monomers protein-based polymer

Motion consilient protein-based

Muscle-Based Food Proteins Thermal treatment

Myelin base protein

Myelin based protein

NMR-based protein structures

Other Protein-Based Bionanocomposites

Oxygen barrier, protein-based

Oxygen barrier, protein-based materials

Peptide and Protein-based Approaches

Peptide-Based Materials Inspired by Naturally Occurring Structural Proteins

Peptoid-Based Mimics of Lung Surfactant Proteins

Pharmaceuticals protein-based polymer

Pharmacophore protein-based

Photoactive proteins-based biosensors

Photosynthesis protein-based enzymes

Physiologically-based pharmacokinetic protein binding

Plastic protein-based polymers

Plasticizers protein-based materials

Processed foods protein-based method

Properties of Protein-based Materials

Protein Data Base

Protein Flexibility in Structure-Based Virtual Screening From Models to Algorithms

Protein acid-base properties

Protein amino acid attachment base

Protein anticodon bases

Protein base-amino acid interactions

Protein base-catalyzed racemization

Protein based biosensor

Protein engineering based

Protein engineering sequence-activity based strategies

Protein identity sequence-based

Protein identity, based on composition

Protein structure based methods

Protein structure taxonomy based

Protein synthesis wobble base pairing

Protein target-based virtual screening

Protein three-base-pair codons

Protein-Based Biodegradable Polymers

Protein-Based Fibres

Protein-based Artificial Enzymes

Protein-based CSPs

Protein-based CXCR3-antagonists

Protein-based antagonists

Protein-based approach

Protein-based approach predicting functional sites

Protein-based biomarkers

Protein-based biomaterials

Protein-based biosensors

Protein-based catalysts

Protein-based composites

Protein-based constraints

Protein-based contaminants detection

Protein-based contaminants mass spectrometry

Protein-based edible films

Protein-based enzymes

Protein-based fat-replacer

Protein-based fibers

Protein-based films

Protein-based glues

Protein-based machines

Protein-based machines and

Protein-based machines biological

Protein-based machines consilient mechanisms

Protein-based machines contractile

Protein-based machines conversion

Protein-based machines developing

Protein-based machines diverse

Protein-based machines electron transport chain

Protein-based machines embodied

Protein-based machines hydrophobic/elastic

Protein-based machines inner mitochondrial

Protein-based machines input/output energy

Protein-based machines membrane

Protein-based machines model

Protein-based machines mutations

Protein-based machines representation

Protein-based machines vital force that sustains life

Protein-based machines water required

Protein-based materials

Protein-based materials Elastic model proteins

Protein-based materials advantages

Protein-based materials amino acid residue sequences

Protein-based materials applications

Protein-based materials aqueous environment function

Protein-based materials biodegradable plastics

Protein-based materials biosensor applications

Protein-based materials biosynthesis

Protein-based materials charged

Protein-based materials chemical synthesized

Protein-based materials compositions

Protein-based materials control

Protein-based materials development

Protein-based materials engineering

Protein-based materials environmental improvements

Protein-based materials expressed

Protein-based materials expression

Protein-based materials future

Protein-based materials gene construction

Protein-based materials health improved

Protein-based materials injecting

Protein-based materials medical applications

Protein-based materials polymers

Protein-based materials produced

Protein-based materials repeating sequence

Protein-based materials synthesized

Protein-based materials synthesized, chemically

Protein-based materials, wall

Protein-based memory

Protein-based molecularly imprinted

Protein-based molecularly imprinted preparation

Protein-based nanostructures

Protein-based neural networks

Protein-based plastics and composites

Protein-based polymer

Protein-based polymers Collagen

Protein-based polymers Gelatin

Protein-based polymers Poly

Protein-based radical

Protein-based surfactants

Protein-based surfactants amphoteric

Protein-based surfactants application

Protein-based surfactants general

Protein-based therapeutics

Protein-based thermoplastic elastomers

Protein-based “green” materials

Proteins affinity-based enrichment

Proteins bioplastics based

Proteins protein-based

Quantum Mechanics-Based Polarizable Force Field for Proteins

RCSB Protein Data Base

Recent Advances in the Synthesis of Protein-Based Hydrogels

Recombinant protein-based polymers

Schiff bases protein-formaldehyde reactions

Secondary structures, protein-based

Secondary structures, protein-based materials

Sequential enzymes, protein-based

Silica-based supports proteins

Small molecule-protein interaction chemical biology based

Sol-gel matrices photoactive proteins-based biosensors

Solubility protein-based biological

Soy protein-based green composite

Stationary phases protein based

Structure-activity relationships three-dimensional-protein-based

Structure-based computational models of ligand-protein binding dynamics and molecular docking

Structure-based design protein kinase family

Structure-based drug design protein crystallography

Surfactant-based self-assembly of proteins

Surfactants based on carbohydrates and protein

Target-Based Virtual Screening on Small-Molecule Protein Binding Sites

Temperature elastic protein-based machine

Tertiary protein structure knowledge-based prediction

Three-dimensional protein-based techniques

Transitions protein-based machines

Use of Protein-Based Constraints in Docking

Virtual combinatorial library protein structure-based design

Water content, protein-based

Water content, protein-based materials

Wheat proteins solubility-based

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