1 Subjects: “...polymeric nanocarriers...”

2 “...), the durable polymer, and anti-proliferative agents such as everolimus, biolimus, or sirolimus. The first...”

3 Subjects: “...Cost-Benefit Analysis...”

4 Subjects: “...Cost-Benefit Analysis...”

5 Table of Contents: “...pt. 1. Fundamental methods of modelling degradation of bioresorbable polymeric medical devices...”

6 Subjects: “...electropolymerized non-conducting polymer...”

7 Subjects: “...host plant resistance and susceptible...”

8 Subjects: “...host-guest complex...”

9 Subjects: “...lipid-polymer hybrid nanoparticles...”

10 Subjects: “...cost-benefit-ratio...”

11 Subjects: “...low-cost photosensors...”

12 Subjects: “...molecularly imprinted polymer...”

13 Subjects: “...environmental costs...”

14 Subjects: “...lowest instantaneous energy costs...”

15 Subjects: “...polymeric ink...”

16 Table of Contents: “... of hemocompatible materials? -- 2. Competitive adsorption of proteins on polymer films: In situ measurements -- 3...”

17 Table of Contents: “... electrophoresis -- 6 Diamond-like carbon (DLC) coated on polymers for biomedical applications -- 7 Surface...”

18 Table of Contents: “... Metals and Salts in Ash Residues -- 7.12 Summary -- References -- 8 Polymer Substitutes for Medical Grade...”

19 “... costs (increases of $663 for acute correction and $28,719 for maintenance) and quality-adjusted life...”

20 Table of Contents: “...Quantifying Spiral Ganglion Neurite and Schwann Behavior on Micropatterned Polymer Substrates...”