268
Index
Doping,.239,.240–243,.258..See also.
Conductive.BNC
Double-network.(DN).gel,.BNC-gelatin,.
74–75
. biodegradation.after.implantation.
into.subcutaneous.tissue,.85–87
. biological.responses.after.
implantation.into.muscle.and.
subcutaneous.tissue,.87–88
. wear.property.of,.83–84
Double-network.(DN).gel,.BNC-PAAm,.
78–82
E
E. coli..See.Escherichia coli
Electrical.conductivity..See.Conductive.
BNC
Electric.charge,.94–95
Electrokinetics,.203–204
Electronic.paper,.104
Electrophoresis,.204–205
Enzyme.immobilization,.101–103
Epitaxial.deposition,.131–133
EPTFE,.31
Escherichia coli,.3,.14,.100
. BNC.wound.dressings.and,.166
. vitreoscilla.and,.29–30
Ethanol,.28
Extracellular.matrix.(ECM),.33,.179–180,.
220
F
Facial.masks,.170–172
. nata.de.coco,.152–153
Fed-batch.cultivation,.58–60
Flat.BNC,.44–46
. semicontinuous.generation.of,.63–65
Fourier.transform.infrared.spectroscopy.
(FTIR),.94,.121
Fructose,.23
. level.in.cultivation.medium,.35
Fruit.juice,.145–148
G
G. xylinus..See.Gluconacetobacter xylinus
Gate.with.turbine.impeller,.51
Gels,.BNC
. application.as.replacement.of.
biomaterials,.82–88
. biodegradation.after.implantation.
into.subcutaneous.tissue,.85–87
. biological.responses.after.
implantation.into.muscle.and.
subcutaneous.tissue,.87–88
. BNC-gelatin.DN.gel,.74–78
. BNC-PAAm.DN,.78–82
. effect.of.AAm.monomer.
concentration.in,.79–80
. effect.of.cross-linking.in,.77–78,.80–81
. effect.of.DN.in,.74–77,.78,.79
. effect.of.water.content.in,.78,.81–82
. mechanical.properties,.74–82
Genes.for.cellulose.biosynthesis,.1–2
. bacteria.with.ability.and,.13–15
. classification.based.on.function.of.
codified.proteins,.6–9
Genetic.modifications.of.G. xylinus.
for.enhanced.production.of.
bacterial.cellulose,.29–31
Glucoamylase,.102–103
Gluconacetobacter hansenii,.63
. Hestrin-Schramm.medium.and,.98
Gluconacetobacter xylinus,.1,.2,.113,.
197–198,.218
. agitated.cultivation.and,.49–56
. bcs.genes.in,.9–10
. biomaterial.applications.of.cellulose.
produced.by,.20–21
. BNC.wound.dressings.and,.160,.167
. carbon.metabolism.in,.22–23
. cell.envelope,.5
. compared.to.other.bacteria.with.
genes.for.cellulose.synthesis,.
13–15
. discovery.of,.44,.144
. effect.of.growth.medium.
components.on.bacterial.
cellulose.production.in,.26–29
. electrophoresis.and,.204–205
. factors.involved.during.
nanocellulose.network.
formation.by,.24–26
. genes.for.cellulose.biosynthesis,.7–9
. genetic.modifications.of,.29–31
Index
Doping,.239,.240–243,.258..See also.
Conductive.BNC
Double-network.(DN).gel,.BNC-gelatin,.
74–75
. biodegradation.after.implantation.
into.subcutaneous.tissue,.85–87
. biological.responses.after.
implantation.into.muscle.and.
subcutaneous.tissue,.87–88
. wear.property.of,.83–84
Double-network.(DN).gel,.BNC-PAAm,.
78–82
E
E. coli..See.Escherichia coli
Electrical.conductivity..See.Conductive.
BNC
Electric.charge,.94–95
Electrokinetics,.203–204
Electronic.paper,.104
Electrophoresis,.204–205
Enzyme.immobilization,.101–103
Epitaxial.deposition,.131–133
EPTFE,.31
Escherichia coli,.3,.14,.100
. BNC.wound.dressings.and,.166
. vitreoscilla.and,.29–30
Ethanol,.28
Extracellular.matrix.(ECM),.33,.179–180,.
220
F
Facial.masks,.170–172
. nata.de.coco,.152–153
Fed-batch.cultivation,.58–60
Flat.BNC,.44–46
. semicontinuous.generation.of,.63–65
Fourier.transform.infrared.spectroscopy.
(FTIR),.94,.121
Fructose,.23
. level.in.cultivation.medium,.35
Fruit.juice,.145–148
G
G. xylinus..See.Gluconacetobacter xylinus
Gate.with.turbine.impeller,.51
Gels,.BNC
. application.as.replacement.of.
biomaterials,.82–88
. biodegradation.after.implantation.
into.subcutaneous.tissue,.85–87
. biological.responses.after.
implantation.into.muscle.and.
subcutaneous.tissue,.87–88
. BNC-gelatin.DN.gel,.74–78
. BNC-PAAm.DN,.78–82
. effect.of.AAm.monomer.
concentration.in,.79–80
. effect.of.cross-linking.in,.77–78,.80–81
. effect.of.DN.in,.74–77,.78,.79
. effect.of.water.content.in,.78,.81–82
. mechanical.properties,.74–82
Genes.for.cellulose.biosynthesis,.1–2
. bacteria.with.ability.and,.13–15
. classification.based.on.function.of.
codified.proteins,.6–9
Genetic.modifications.of.G. xylinus.
for.enhanced.production.of.
bacterial.cellulose,.29–31
Glucoamylase,.102–103
Gluconacetobacter hansenii,.63
. Hestrin-Schramm.medium.and,.98
Gluconacetobacter xylinus,.1,.2,.113,.
197–198,.218
. agitated.cultivation.and,.49–56
. bcs.genes.in,.9–10
. biomaterial.applications.of.cellulose.
produced.by,.20–21
. BNC.wound.dressings.and,.160,.167
. carbon.metabolism.in,.22–23
. cell.envelope,.5
. compared.to.other.bacteria.with.
genes.for.cellulose.synthesis,.
13–15
. discovery.of,.44,.144
. effect.of.growth.medium.
components.on.bacterial.
cellulose.production.in,.26–29
. electrophoresis.and,.204–205
. factors.involved.during.
nanocellulose.network.
formation.by,.24–26
. genes.for.cellulose.biosynthesis,.7–9
. genetic.modifications.of,.29–31