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Synthetic polymers polymers

Synthetic Polymers. Synthetic polymers are versatile and offer promise for both targeting and extracellular-intracellular drug delivery. Of the many soluble synthetic polymers known, the poly(amino acids) [poly(L-lysine), poly(L-aspartic acid), and poly(glutamic acid)], poly(hydroxypropylmethacrylamide) copolymers (polyHPMA), and maleic anhydride copolymers have been investigated extensively, particularly in the treatment of cancers. A brief discussion of these materials is presented. [Pg.573]

The surface tension of polymers (synthetic polymers such as plastics, biopolymers such as proteins and gelatin) is indeed of much interest in many areas. In industry where plastics are used, the adhesion of these materials to other materials (such as steel, glass) is of much interest. The adhesion process is very complex since the demand on quality and control is very high. This is also because adhesion systems are part of many life-sustaining processes (such as implants, etc.). The forces involved in adhesion need to be examined, and we will consider some typical examples in the following text. [Pg.126]

Polymers. Synthetic polymers or plastics are everywhere. They are used in cars, computers, planes, houses, eyeglasses, paints, bags, appliances, medical devices, carpets, tools, clothing, boats, batteries, and pipes. More than 60 million pounds of polymers are produced in the United States each year. The feedstocks that are used to produce these polymers are virtually all made from petroleum, a nonrenewable resource. Approximately 2.7 percent of all crude oil is used to generate chemical feedstocks. [Pg.181]

Key Words shRNA RNAi Biodegradable polymer Natural polymer Synthetic polymer Non-viral gene delivery Drug delivery Nanoparticle Microparticle Tumor targeting. [Pg.12]

Polar group Natural polymers Modified natural polymers Synthetic polymers... [Pg.156]

Polymer molecules may be linear or branched, and separate linear or branched chains may be joined by crosslinks. Extensive crosslinking leads to a three-dimensional and often insoluble polymer network. Polymers in which all the monomeric units are identical are referred to as homopolymers those formed from more than one monomer type are called copolymers. Various arrangements of the monomers A and B in the copolymer molecules (Fig. 8.1) can be produced with consequent effects on the physical properties of the resulting polymer. Synthetic polymers may have their main chains substituted in different ways, depending on the conditions of the reaction, such that atactic (random), isotactic or syndiotactic forms are produced, as diagrammatically represented in Fig. 8.1. [Pg.274]

Disclosed are dry, disposable, polymeric antimicrobial-applying products having sustained-release antimicrobial activity. They corrsist essentially of a polymeric material, such as a natrual polymer, synthetic polymer or mixture thereof, in the form of fibres, yarrrs, woverr, non-woven and knitted fabrics, sheets and films, and an amine salt antimicrobial agent, which is releasably impregnated into... [Pg.84]

Polymers can be divided into two broad groups synthetic polymers and biopolymers (natural polymers). Synthetic polymers are synthesized by scientists, whereas biopolymers are synthesized by organisms. Examples of biopolymers are... [Pg.1146]

A number of reviews cover what has been achieved over the past 20 years in the field of soluble polymers as potential drug carriers.The polymers selected for preparing macromolecular prodrugs can be categorized according to (1) the chemical nature (vinylic or acrylic polymers, polysaccharides, poly(a-amino acids)) (2) the back bone stability (biodegradable polymers, stable polymers) (3) the origin (natural polymers, synthetic polymers) and (4) the... [Pg.588]

Polymers are broadly classified as synthetic and natural polymers. Synthetic polymers have become significant since the 1940s and continue to replace glass, wood, constructional materials and metals in many industrial, domestic and environmental applications [2-5]. Synthetic polymers are made from hydrocarbons derived from petroleum. Some of these polymers, such as nylon, polyethylene, polyurethane and so on, are an indispensable part of our daily lives. Due to their stability and durability they offer good mechanical and thermal properties [6], making them suitable for a variety of applications, e.g., in automobiles, cosmetics, medicines, biosensors,... [Pg.111]

Due to their availability and controllable degradation rate, synthetic biomaterials are also considered to be potential candidates in tissue engineering and regenerative medicine. Compared to natural polymers, synthetic polymers can easily be tailored into any form snitable for tissue engineering applications. Such materials should provide a three-dimensional (3D) structure that not only plays a supportive role for the tissue but also interacts with cells to control their... [Pg.352]

Synthetic polymers Synthetic polymers are obtained from their respective monomer(s) or reactants by chemical reactions in the laboratory. Most polymers fall into this category. Some examples are polyethylene, polypropylene, phenol-formaldehyde resin and styrene-butadiene rubber. [Pg.3]

Anchoring of Polymers. Synthetic polymers with hydrophobic side groups interact with membranes by insertion of these so-called anchors into the bilayer. Polysaccharides such as pullulan and amylopectin, which were derivatized with palmitoyl groups, are sufficiently hydrophobic to insert into lipid bilayers (201). If a sufficient amount of polysaccharide is added after vesicle formation, the... [Pg.6359]

Synthetic polymer A polymer that is chemically manufactured from monomers is called a synthetic polymer. Synthetic polymers require human intervention. Currently, synthetic polymers with bioinspired/biomimetic characteristics are gaining attention in the field of new formulation development, particularly for cell-specific targeting. The potential applications of these increasingly sophisticated polymers are in the fields of tissue and cell-specific drug targeting and gene therapy. [Pg.250]

Basically there are two types of macromolecules synthetic polymers and biological polymers. Synthetic polymers are those that do not exist in nature they are man-made molecules. Biological polymers do exist in nature, but they can also... [Pg.3]

The open roller/press method is frequently employed for laboratory scale studies in the preparation of natural polymer/synthetic polymer blends. [Pg.500]


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AGRICULTURAL AND SYNTHETIC POLYMERS

Absorption synthetic conjugated polymers

Absorption synthetic polar polymers

An Introduction to Organic Chemistry, Biochemistry, and Synthetic Polymers

Application of Synthetic Polymers in DNA Biosensors

Applications for Synthetic Polymers

Applications of Synthetic Polymers in Clinical Medicine

Aqueous solutions synthetic polymers

Assembly, of synthetic polymers

Based on Polyethyleneimine A Branched Synthetic Polymer

Bioactivity synthetic polymers

Bioartificial materials synthetic polymers

Biocompatible polymers, synthetic

Bioconjugation of synthetic polymers

Biodegradable polymers obtained from synthetic polysaccharides

Biodegradable synthetic polymers

Biodegradation of Synthetic Polymers

Biological functional properties synthetic polymers

Biomaterials synthetic polymers

Biomedical Polymers Synthetic Strategies

Biomedical synthetic polymer composites

Biopolymer synthetic polymers

Blends of Natural and Synthetic Polymers

Blends of Synthetic Polymers and Starch

Blood interactions with synthetic polymers

CSPs Derived from Synthetic Polymers

Carbohydrate-synthetic polymer blends

Carrier organic-synthetic polymer

Cartilage, synthetic biodegradable polymers

Catalysts, general synthetic polymer

Cell membranes, interaction synthetic polymers

Characteristics of Synthetic Polymers

Characterization of synthetic polymers

Chelating properties synthetic polymers

Chemical fibers from synthetic polymers

Chemotherapeutic synthetic polymers

Chiral molecules synthetic polymers

Chiral stationary phases synthetic polymers

Chirality synthetic polymers

Circular dichroism synthetic polymers

Coating with Commercial Native or Synthetic Polymers

Collagen/synthetic polymer blends

Combination with Synthetic Polymers

Composites grafted synthetic polymer

Conducting polymer containing synthetic

Contents Synthetic Polymers

Coordination polymers synthetic approaches

Cross-linked polymer mixtures, synthetic

DNA-synthetic polymer conjugates

Degradable polymers, natural synthetic

Deuterium NMR of synthetic polymers

Diene Polymers Natural and Synthetic Rubbers

Dipping Synthetic Polymer Emulsions in Practice

Direct Use of Synthetic Polymers as Drugs and Therapeutic Agents

Drugs synthetic polymers

Dry spinning of synthetic polymer fibers

Dyes for synthetic polymer fibres

Early Synthetic Polymer Blends

Enantiomers synthetic polymers

Enzymatic treatments synthetic polymer

Enzyme mimics synthetic polymers

Examples of natural and synthetic polymers

Extractable organic compounds synthetic polymers

Fibers synthetic polymers

Fibres synthetic polymers

First synthetic polymer

Flame retardance synthetic polymers

Food packaging, biopolymers synthetic polymers

Formation of Synthetic Polymer Fibers

Functionalization anhydride-functionalized synthetic polymer

Gelation, synthetic ionic polymers

Gene delivery synthetic cationic polymers

Gene delivery synthetic polymers

Gradient elution mode synthetic polymer

Green synthetic polymers

Green synthetic polymers biodegradability

Green synthetic polymers synthetics

Half-synthetic polymers

Heterogeneous systems synthetic polymer gels

History of synthetic polymers

History synthetic biodegradable polymers

Hydrogels synthetic polymer

Hydrogen bonding synthetic polymers

Identification of Synthetic Polymers

Induced Conformational Changes of Synthetic Polymers

Industrial synthetic polymer chemist

Infrared Spectroscopy of Synthetic Polymers

Inorganic Polymers A Review of Synthetic Strategies

Introduction to Synthetic Polymers

Ionic hydrogels synthetic polymers

Linear polymers, synthetic catalysts

Liquid crystalline polymers synthetic aspects

Liquid crystalline polymers synthetic routes

Lysine synthetic polymers

MALDI-MS of Synthetic Polymers

Main Chemical Types of Synthetic POLYMERS

Materials selection synthetic polymers

Matrix-assisted laser synthetic polymers

Mechanical stability high molecular weight synthetic polymers

Mechanistic Aspects of Anhydro Sugar Polymerization Related to Polymer Structure and Synthetic Applications

Metal complexation synthetic polymers

Miscellaneous Synthetic Polymers

Nanoparticle from synthetic polymers

Nanoparticles synthetic polymers

Natural Products and Synthetic Polymers

New synthetic polymers

Nonlinear synthetic polymers

Nylon synthetic polymers based

ORGANIC POLYMERS. NATURAL AND SYNTHETIC

Optical activity synthetic polymers

Organic compounds synthetic polymers

Organometallic Polymers and Synthetic Photosynthesis Systems

Orientation in synthetic polymers the drawing of thermoplastics

Other Synthetic Polymers Containing Nucleic Acid Bases

POLYMER APPLICATIONS SYNTHETIC FIBERS

Peptide synthetic polymers, hybridization

Petroleum sources, synthetic polymer materials

Petroleum synthetic polymers from

Phosphine oxide synthetic polymers

Photoreactions in synthetic polymers

Physical Structure of Synthetic Polymer Fibers

Plastic material (synthetic polymers)

Poly polymers synthetic approach

Polyacetylene conducting polymers/synthetic metals

Polycaprolactone synthetic polymers

Polyglycolide synthetic polymers

Polylactic acid synthetic polymers

Polylactide synthetic polymers

Polymer Blend and Diffusion of the Synthetic Macromolecules

Polymer Blend of the Synthetic Macromolecules

Polymer Structures and Synthetic Methods

Polymer [continued synthetic

Polymer adsorbents, Synthetic polymers

Polymer earliest synthetic

Polymer scaffolds, synthetic

Polymer synthetic activity

Polymer synthetic procedure

Polymeric adsorbents Synthetic polymers

Polymerization reactions for synthetic polymers

Polymers 425 Synthetic detergents

Polymers Large molecules synthetic

Polymers Natural and Synthetic Rubbers

Polymers Synthetized Directly from Biomass

Polymers composite synthetic polymer

Polymers monolithic synthetic polymer

Polymers natural and synthetic

Polymers natural or synthetic

Polymers semi-synthetic

Polymers shift,recent, from synthetic

Polymers synthetic acrylic acid

Polymers synthetic membranes

Polymers synthetic methodologies

Polymers synthetic organic macromolecules

Polymers synthetic, introduced

Polymers synthetic, near infrared

Polymers, defined synthetic

Polymers, synthetic electrically conducting

Polymers, synthetic free-radical addition

Polymers, synthetic nylon

Polymers, synthetic ocular drug delivery

Polymers, synthetic polyamides

Polymers, synthetic polyesters

Polymers, synthetic products made from

Polymers, synthetic, adsorption

Porous scaffolds, of biodegradable synthetic polymers

Post-synthetic modification polymers

Preparation of Synthetic Polymers

Proteins synthetic polymers

Radioisotopes as Tracers of Synthetic Polymers in the Body

Recent Synthetic Developments in Miktoarm Star Polymers with More than Three Different Arms

Regenerative medicine synthetic polymers

SYNTHETIC POLYMERS , l. Brief introduction to subject

SYNTHETIC RESINS AND POLYMERS

Scouring of synthetic-polymer fibres

Self-assembly synthetic polymers

Semi-synthetic polymers cellulose acetate

Semi-synthetic polymers cellulose nitrate

Separation synthetic polymers

Silicon synthetic polymers, advantage

Solubility soluble synthetic polymer effects

Soluble synthetic polymer effects

Soluble synthetic polymers

Sorbents, synthetic polymer

Starch Destructurisation in the Absence of Synthetic Polymers

Starch Destructurisation in the Presence of Synthetic Polymers

Starch Destructurization in Presence of Synthetic Polymers

Stereochemistry synthetic polymers

Strategies for the Post-synthetic Modification of Porous Polymers

Subject synthetic polymers

Sugar based polymers synthetic

Summary of orientation in synthetic polymers

Synthesis of synthetic water soluble polymers

Synthetic Aromatic Polymers

Synthetic Binders from Recycled Polymers as a New Resource

Synthetic Methods Silicon-Containing Polymers, Functionalized Polyolefins, and Telechelics

Synthetic Polymers and Fire Retardants

Synthetic Polymers for Biotechnology and Medicine

Synthetic Polymers for Electrochemical DNA Biosensors

Synthetic Polymers with High Order Structures

Synthetic Routes to Metal-containing Polymers

Synthetic Strategies Towards Hydrogen-Bonded Supramolecular Polymers

Synthetic antibodies, molecularly imprinted polymers

Synthetic antimicrobial polymers

Synthetic approach, stereoregular polymers

Synthetic biodegradable medical polyesters acid)/poly polymers

Synthetic biodegradable polymer matrices

Synthetic biodegradable polymers classification

Synthetic biodegradable polymers, tissue

Synthetic biodegradable polymers, tissue engineering

Synthetic bioresorbable polymers

Synthetic bioresorbable polymers engineering

Synthetic bioresorbable polymers poly

Synthetic bioresorbable polymers polyesters

Synthetic cationic polymers

Synthetic cationic polymers drug delivery

Synthetic degradable polymers

Synthetic electroluminescent polymers

Synthetic fiber-forming polymers

Synthetic hydrophilic polymers

Synthetic hydrophobic degradable polymers

Synthetic hydrophobic degradable polymers poly

Synthetic metal-containing polymers

Synthetic organic polymer resins

Synthetic organic polymers

Synthetic plastic thermosetting polymers

Synthetic polyisoprene rubbers polymer

Synthetic polymer Configuration

Synthetic polymer Repeat units

Synthetic polymer catalysts

Synthetic polymer catalysts efficiency

Synthetic polymer catalysts preparation

Synthetic polymer catalysts properties

Synthetic polymer catalysts stability

Synthetic polymer composites

Synthetic polymer effects

Synthetic polymer examples

Synthetic polymer fibers and their processing requirements

Synthetic polymer fibres addition mechanism

Synthetic polymer fibres applications

Synthetic polymer fibres classification

Synthetic polymer fibres polymerisation

Synthetic polymer fibres polymers

Synthetic polymer fibres process

Synthetic polymer fibres spinning

Synthetic polymer gels

Synthetic polymer gels cross-linking agent

Synthetic polymer gels hydrogen bond networks

Synthetic polymer material

Synthetic polymer matrix biomedical

Synthetic polymer matrix biomedical composites

Synthetic polymer matrix other tissue engineering application

Synthetic polymer membranes applications

Synthetic polymer membranes preparation

Synthetic polymer microbial degradation

Synthetic polymer process oils

Synthetic polymer production

Synthetic polymer sector

Synthetic polymer stearate

Synthetic polymer styrene-butadiene rubber

Synthetic polymer systematic study

Synthetic polymer vulcanized rubber

Synthetic polymer waxes

Synthetic polymer, early

Synthetic polymers

Synthetic polymers

Synthetic polymers Systems therapeutic

Synthetic polymers Tableting

Synthetic polymers Terpolymer

Synthetic polymers Therapeutic agents

Synthetic polymers Three-dimensional

Synthetic polymers Tissue

Synthetic polymers Toxicity

Synthetic polymers absorbable

Synthetic polymers addition

Synthetic polymers addition polymerization

Synthetic polymers amorphous

Synthetic polymers and rubbers

Synthetic polymers anionic polymerization

Synthetic polymers branched

Synthetic polymers cationic polymerization

Synthetic polymers chain-growth

Synthetic polymers characterization

Synthetic polymers chemical heterogeneity

Synthetic polymers chemical properties

Synthetic polymers chiral recognition

Synthetic polymers classes

Synthetic polymers classification

Synthetic polymers commercial advantages

Synthetic polymers condensation

Synthetic polymers condensation polymerization

Synthetic polymers construction

Synthetic polymers containing ester bonds

Synthetic polymers copolymers

Synthetic polymers cross-linked

Synthetic polymers crystalline

Synthetic polymers crystallinity

Synthetic polymers culture

Synthetic polymers degradation

Synthetic polymers development

Synthetic polymers disadvantage

Synthetic polymers dosages

Synthetic polymers elastomers

Synthetic polymers engineered constructs

Synthetic polymers engineered scaffolds

Synthetic polymers engineering

Synthetic polymers engineering applications

Synthetic polymers engineering materials

Synthetic polymers environment

Synthetic polymers enzymes

Synthetic polymers fabrication

Synthetic polymers for accumulating

Synthetic polymers formation

Synthetic polymers free-radical chain-growth polymerization

Synthetic polymers free-radical polymerization

Synthetic polymers from coordination polymerization

Synthetic polymers from ionic polymerization

Synthetic polymers from renewable monomers

Synthetic polymers homopolymers

Synthetic polymers introduction

Synthetic polymers isotachophoresis

Synthetic polymers linear

Synthetic polymers living

Synthetic polymers materials, kinds

Synthetic polymers melamine-formaldehyde

Synthetic polymers methods

Synthetic polymers modification with

Synthetic polymers nanocomposites

Synthetic polymers nomenclature

Synthetic polymers novel biomaterials

Synthetic polymers of, III

Synthetic polymers optically active compounds

Synthetic polymers petroleum-based

Synthetic polymers phenol-formaldehyde

Synthetic polymers phosphonic acid

Synthetic polymers phosphoric acid

Synthetic polymers physical properties

Synthetic polymers plasma treatment

Synthetic polymers plasticizers

Synthetic polymers plastics

Synthetic polymers polyacrylamide products

Synthetic polymers polyacrylamides

Synthetic polymers polyethylene

Synthetic polymers polymerization

Synthetic polymers polypropylene

Synthetic polymers polystyrene

Synthetic polymers polyurethane

Synthetic polymers porous scaffolds

Synthetic polymers preparation

Synthetic polymers properties

Synthetic polymers reactions

Synthetic polymers reconstruction

Synthetic polymers recycling

Synthetic polymers refining

Synthetic polymers regeneration

Synthetic polymers repair

Synthetic polymers resins benefits

Synthetic polymers ring-opening polymerization

Synthetic polymers rubber

Synthetic polymers separation methods

Synthetic polymers sheet formation

Synthetic polymers step-growth

Synthetic polymers stereochemical control

Synthetic polymers strength loss

Synthetic polymers structures

Synthetic polymers surface analysis

Synthetic polymers surface modification

Synthetic polymers textile industry

Synthetic polymers thermal properties

Synthetic polymers tissue engineering scaffolds

Synthetic polymers transfer

Synthetic polymers urea-formaldehyde

Synthetic polymers, affinity chromatography

Synthetic polymers, analytical chemistry

Synthetic polymers, applications

Synthetic polymers, biodegradation

Synthetic polymers, immune response

Synthetic polymers, imprinted

Synthetic polymers, regenerative medicine advantages

Synthetic responsive polymers

Synthetic routes to polymers

Synthetic strategies for inorganic supermolecules and coordination polymers

Synthetic sulphuric acid polymers

Synthetic techniques polymers

Synthetic thermo-responsive polymers

Synthetic thermosetting polymers

Synthetic water treatment polymers

Synthetic water-soluble polymers

Synthetic) (co)Polymers

Technologies for the manufacture of synthetic polymer fibers

The History of Synthetic Polymers

The Synthetic Biodegradable Polymers Market

Thermal degradation, synthetic polymers

Thermoplastic synthetic polymers

Thermoresponsive synthetic polymers

Tissue engineering synthetic polymers

Tissue engineering systems synthetic polymers

Tissue engineering using synthetic biodegradable polymers

Tissue regeneration synthetic bioresorbable polymers

Transfection synthetic polymers

Understanding the behaviour of synthetic polymer fibres during spinning

Using synthetic bioresorbable polymers for orthopedic tissue regeneration

Volume synthetic polymers

Water using synthetic polymers

Ways in which Synthetic Polymers Cross Compartmental Barriers

Wet spinning of synthetic polymer fibers

Wood and synthetic polymers

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