​​​Topic & Abstract Deadline:   April 30, 2016

Abstract: A short abstract (up to 100 words) including title and 

               presenter name underlined should be submitted to info@isbppb.org

Topics:    Please see below

2015 by CRC Press
Reference - 10444 Pages
CAT# K14324

ISBN 9781439898796​

Conference includes: 

  • Invited Talks (30 min)
  • Contributed Oral Presentations (20 min)
  • Poster Presentations

(Polymer Synthesis); Genomics: Polymer; Hair and Skin Care, Polymers for; Hearing devices, Polymers used in; Heart Valves, Polymers used in; Hemocompatible (blood-contacting) polymers; Hyaluronic Acid, Polymeric Materials of Biological origin; Hydrogels (Superporous)for Drug Delivery Systems; Hydrogels Dynamic; Hydrogels for Encapsulation (Cell, Tissue Engineering); Hydrophilic Polymers and Surfaces; Immobilization of Active Biopolymers; Implants (Temporary and Permanent), Polymers for; Injectable polymer, in-situ gelation, Gelling Agents; Joint Repair and Total Joint Replacement (Polymers for); Medical devices, Polymers for; Micelles, Vesicles, and Surfactants (Polymer); Microcomponents, Polymeric; Microparticles: Microencapsulated Particles and Application; Microspheres and Nanospheres; Molecular Assemblies; Molecular Complexes; Molecular Recognition; Nanofiber for Drug Delivery; Nanomaterial (Soft) for Drug Delivery; Nanoparticles and Biocompatibility;Nanoparticles for Delivery of Nucleic Acid, Gene, Enzymes; Nanoparticles for Targeted Delivery; Nerve guides, polymeric; Ophthalmic Drug Delivery, Polymer systems for; Opthalmic device and ophthalmic uses, Polymers for; Oral and Maxillofacial Surgery, Polymeric Materials for use in; PEEK; Peptide and Protein Modified Surfaces (Biological and Biomemitic); PGA; PLGA;Poly(caprolactone);Poly(methyl methacrylate); Polyaniline;Polydioxanone;Polyelectrolytes Polyelectrolyte Complexes;Polyether-Urethane, Segmented;Polyethylene; Polyethylene Glycol; Polymer (Block Copolymer) Nanostructures, Topography; Polymer Fiber Production; Polymer Foams;Polymer Melts;Polymer Scaffolds and Scaffolding Materials, Platforms;Polymeric Crosslinkers;Polymeric Drugs;Polymerizable Lipid for Drug Carrier;Polymersome;Polypeptides; Polypropylene;Polypyrole;Polysilanes; Polysiloxane;Polyurethanes and Silicone Polyurethane Copolymers;Polyurethanes in Biomedical Applications;Porous Polymers for Controlled Release Application;Prosthodontics: Fillings, Crowns, Bridges, Mouth Guard (Polymer); Rapid Prototyping Polymers;Resorbable Polymers and Polymer Matrix;Self-Assembled Prodrugs; Sensing Biomedical, Polymers for;Sensors (Hydrogel-based);Silicones;Skin Grafting and Skin Therapy, Polymers for;Stem Cell Microenvironments (Polymers for); Stents (Drug Eluting Stents: Biodegradable), Polymers for ;Sterilization of biomaterials of synthetic and biological origin;Structural Biomedical Polymers (Non-degradable);Surfaces, Functionalized, and Bacterial Adhesion to Polymer;Surfaces, Smart Surfaces: Polymers at; Surfaces and Cell behavior, Cell Interaction (Polymer Surface); Suture Materials: Conventional and Stimuli-responsive;Textile-Based Biomaterials;Thermoreversible Gels, etc.; Tissue Adhesion, Polymers for; Tissue Engineering: Muscle Tissue, Polymers for;Tissue Engineering: Heart Valves, Polymers for;Tissue Engineering: Neural, Polymers for; Tissue Engineering: Cardiovascular, Polymers for; Tissue Engineering: Dental, Polymers for; Tissue Engineering: Adipose, Polymers for ;Tissue Engineering: Bone, Polymers for ;Tissue Engineering: Kidney, Polymers for;Tissue Engineering: Liver Tissue Engineering, Polymers for; Tissue Engineering: Skin Tissue Engineering, Polymers for; Tissue Engineering, Cartilage; Tissue Engineering, Ligaments and Tendons; Urinary Prosthetics; Vascular Grafts, Polymers in; etc.

The 3rd Annual Conference & Expo

 August 11 & 12, 2016
​New Jersey, USA

Encapsulation & Controlled Release, Hybrid Materials (Bioinspired); Artificial Hearts, Polymers; Artificial Ligaments and Tendons; Artificial Muscles; Bioactive Layer on Polymers; Bioadhesive Drug      Delivery Systems, Implant Coating; Bioadhesive Polymer; Biomedical Lead Insulation, Polymers; Biomedical Pharmaceutical Polymers; BioMEMs, Polymers; Biomimetic Polymer; Biorubber (Poly(gylcerol) sebacate); Biosensors (Polymer Films, Conjugated Polymers as); Bone Cement (including injectable); Bone Grafts, Synthetic-polymers; Bone-Implant and Bone Composite, Polymer Modification for; Breast Implants; Carbohydrate Polymers; Cardiac Patches, Polymers for Use as; Cardiac Repair; Cartilage Repair; Catheters, Polymers Used in; Cell culture, Polymers for; Ceramics: Polymers Composite (Bioactive); Coatings (Polymer); Collagen; Collagen-GAG Materials; Complexes (Polymer); Composites Bioactive, Polymeric; Composites for Dental Restoratives; Contact Lens Polymers; Cornea (Keratoprosthesis): Artificial by Polymer; Degradable Polymers; Dendrimers and Dendritic Polymers: Gene Delivery; Dendrimers and Dendritic Polymers: Tissue engineering; Dendrimers and Dendritic Polymers: Drug delivery; Dental applications: Dental Implantology, Polymers for; Dental: Gingivitis, Periodontitis, Therapy, Polymers for; Dermocosmetic Applications of Polymeric Biomaterials; Encapsulation and Controlled Release: Cell, Polymers for; EVA Polymer: Drug Eluting; Extracorporeal Uses, Polymers for; Fibrin;   Fluorpolymers;    Foams,  Solid Oral Dosage Forms,  Polymers for;    Functionalization 

  •       The area of Biomedical Polymers and Polymeric Biomaterials is vast.  Recent work/        advancements on the general area will be considered!

  •        Special Sessions on Encapsulation & Controlled Release
    ​                                                                     on August 12th