Biopolymers for Biomedical and Biotechnological Applications. Группа авторов

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СКАЧАТЬ 7Figure 7.1 Synthesis techniques for fibrous proteins. (a) Electrospinning....Figure 7.2 Morphological structures of several fibrous proteins. (a) Electros...Figure 7.3 Amyloid–HA hybrid film for bone tissue engineering application....Figure 7.4 Self‐assembled silk nanofiber hydrogel for drug delivery applicat...Figure 7.5 Self‐assembling Aβ fibrillar platform for detecting biomolecules:...Figure 7.6 The conductivity of synthetic protein nanowires. (a) The nanowire...Figure 7.7 Light harvesting of protein nanowire‐based hybrid nanomaterials: ...Figure 7.8 Electrospun nanofibrous NF membranes for air filtration: (a) NF m...

      8 Chapter 8Figure 8.1 Chemical structure of PHAs; R = methyl (C1) to tridecyl (C13).Figure 8.2 Microbial production system for three polyesters based on biotech...Figure 8.3 Chemical structure of PHBH.Figure 8.4 Fermentative production of PHBH by Aeromonas caviae FA440.Figure 8.5 Plots for modulus vs. elongation of various polymers.Figure 8.6 Industrial production process of PHBH.Figure 8.7 Achievements in PHBH accumulating cells. The transmission electro...Figure 8.8 PHBH synthesis pathway from plant oil.Figure 8.9 Genotype of KNK‐005.Figure 8.10 Pathway for conversion of acetyl‐CoA and butyryl‐CoA to (R)‐3HHx...Figure 8.11 PHBH molded samples.Figure 8.12 Logo mark of OK biodegradable MARINE certification.Figure 8.13 Medium‐chain‐length (mcl) 3‐hydroxyalkanoates as building blocks...Figure 8.14 Metabolic pathways for mcl‐PHA. The enzymes involved in fatty ac...Figure 8.15 Metabolic pathway for enhanced synthesis of homo‐PHA constructed...Figure 8.16 Industrial production of poly(lactide) via chemo‐bio process.Figure 8.17 LA‐based polymer biosynthesis pathway from sugars. PCT: propiony...Figure 8.18 The enhancement of LA fraction in LA‐based polymer. STQK: PhaC1_S...Figure 8.19 Integrated production process of LA‐based polymer from renewable...

      9 Chapter 9Figure 9.1 Overview of the substrate families, fabrication technologies, and...Figure 9.2 Structures of polysaccharides utilized as substrates in drug deli...Figure 9.3 Structures of natural polypeptides utilized as substrates in drug...Figure 9.4 Structures of synthetic polypeptides utilized as substrates in dr...Figure 9.5 Self‐assembly of monomer peptides (random coil, α‐helix, β‐sheet,...Figure 9.6 Fabrication techniques to convert polysaccharides into hydrogel s...

      10 Chapter 10Figure 10.1 Electrospun tissue scaffolds. (a) Typical electrospinning setup....Figure 10.2 Three‐dimensional bioprinted constructs. (a) A rabbit urethra ti...Figure 10.3 In situ crosslinking of photocrosslinkable hydrogels. (a) Printh...Figure 10.4 Selective laser sintering of PCL microspheres for bone scaffold ...Figure 10.5 Biopolymer scaffolds for ligament and tendon regeneration. (a) M...Figure 10.6 Cardiac biopolymer scaffolds. (a) A hybrid cardiac patch was for...

      Guide

      1  Cover Page

      2  Title Page

      3  Copyright

      4  Table of Contents

      5  Begin Reading

      6  Index

      7  WILEY END USER LICENSE AGREEMENT

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      29  25 СКАЧАТЬ