Page 350 - Advances in Textile Biotechnology

Index 331

elementary fi bre, 151 adsorption limitation in textile pores,
ELP see elastin-like polymers 47–52

ELP-mediated affinity capture, 245 enzymes adsorption at a substrate
endoglucanase C, 122 surface, 49
endoglucanases, 316, 317 enzymes adsorption dynamics, 52
energy dispersive x-ray spectroscopy, modelling, 49–52
109 cotton pre-treatment current
5-enolpyruvylshikimate-3-phosphate processes, 33–5
synthase, 153 discontinuous pre-treatment, 34–5
ENZUP, 181 full-continuous pre-treatment,
enzymatic fi nishing, 177–82 33–4
enzymatic functionalisation mechanical energy representation,

cellulose fibres for textile and other 35
applications, 266–81 pad batch–hot bleach process, 34
chemo-enzymatic modifi cation of future trends, 53–4
xyloglucans, 272–81 mass transfer limitations in textiles,
future trends, 281 36–8
native xyloglucans in cellulose diffusion equation graphical
modifi cation, 270–1 solution, 38
xyloglucans, 268–70 fabrics inter- and intra-yarn pores,
enzymatic hydrolysis 36

core polymer fibres for textile and yarn model, 37
other applications, 77–91 mass transfer model, 43–7
advantages and limitations, 90–1 calculations results, 47
applications, 90 processes and equipment
basic principles, methods and developments, 32–54
technologies, 80–90 squeezing factor α
future trends, 91 relationship with pressure force, 40
polyesters, 78–9 short-cut method for
enzymatic modifi cation determination, 42
core polymer fibres for textile and squeezing model, 39–43

other applications, 77–91 enzyme transport into a fabric, 42,
advantages and limitations, 90–1 43
applications, 90 fabric enzyme concentration, 41
basic principles, methods and pore velocities and deformation
technologies, 80–90 rate relationship, 41
future trends, 91 textile slab model, 39
polyamide, 79–90 ultrasound application, 52–3
polyesters, 78–9 effect on enzymes performance, 53
polyacrylonitrile and cellulose enzymatic treatment
acetate fibres for textile and application to silk fi bres, 182–6

other applications, 98–125 Bombyx mori fibroin heavy chain

basic concept and principles, 100–6 gene, 184
cellulose acetate biomodifi cation, sericin properties and composition,
120–4 184
fi bre biomodifi cation assessment application to wool fi bres, 174–5,
current methodologies, 106–9 174–82
future trends, 124–5 enzymatic fi nishing, 177–82
polyacrylonitrile biomodifi cation, enzymatic scouring, 175–7
109–20 wool cuticle, 175

textile chemical fi nishers wool fibre micrograph, 174
distribution, 100 bioscouring, 141–4
enzymatic scouring, 144, 175–7 effect on cotton properties, 143–4
enzymatic textile treatments costs comparison, 144

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