155
Applications and Products—Nata de Coco
Mikkelsen,.D.,.B..M..Flanagan,.G..A..Dykes,.and.M..J..Gidley..2009..Influence.of.different.carbon.sources.on.bacterial.cellulose.production.by.Gluconacetobacter xylinus.
strain.ATCC.53524..J. Appl. Microbiol. 107(2):576–583.
Okiyama,.A.,.M..Motoki,.and.S..Yamanaka..1992..Bacterial.cellulose.II..Processing.of.
the.gelatinous.cellulose.for.food.materials..Food Hydrocolloid..6:479–487.
Okiyama,.A.,.M..Motoki,.and.S..Yamanaka..1993..Bacterial.cellulose.IV..Application.to.
processed.foods..Food Hydrocolloid..6:503–511.
Pecoraro,. E.,. D.. Manzani,. Y.. Messaddeq,. and. S.. J.. L.. Ribeiro.. 2008.. Bacterial. cellulose. from. Glucanacetobacter xylinus:. preparation,. properties. and. applications..
In: Monomers, Polymers and Composites from Renewable Resources,.ed..M..N..Belgacem.
and.A..Gandini,.369–383..Oxford:.Elsevier.
Phisalaphong,.M.,.N..Jatupaiboon,.and.I..Kingkaew..2010..Biosynthesis.of.cellulose.
chitosan. composite.. In:. Chitin, Chitosan, Oligosaccharides and Their Derivatives,.
ed..S. K..Kim,.53–65..New.York:.CRC.Press.
Phunsri,.A.,.P..Tammarate,.W..Krusong,.and.S..Tantratian..2003..The.liquid/air.interface. area. and. depth. of. liquid. medium. suitable. for. cellulose. production. from.
Acetobacter.TISTR.975..J. Sci. Res. Chulalongkorn Univ. 28(1):35–43.
Sanchavanakit,. N.,. W.. Sangrungraungroj,. R.. Kaomongkolgit,. T.. Banaprasert,.
P. Pavasant,.and.M..Phisalaphong..2006..Growth.of.human.keratinocytes.and.
fibroblasts.on.bacterial.cellulose.film..Biotechnol. Prog..22:1194–1199.
Sangok,. B.,. S.. Yasushi,. and. S.. Makoto.. 2004.. Improvement. of. bacterial. cellulose.
. production.by.addition.of.agar.in.a.jar.fermenter..J. Biosci. Bioeng..97:33–38.
Takaaki,.N.,.K..Tohru,.Y..Hisato,.and.Y..Fumihiro..1998..Effect.of.ethanol.on.bacterial.
. cellulose.production.in.continuous.culture.from.fructose..J. Ferm. Bioeng..85:598–603.
Verschuren,.P..G.,.T..D..Cardona,.M..J..R..Nout,.K..D..De.Gooijer,.and.J..C..Van.den.
Heuvel.. 2000.. Location. and. limitation. of. cellulose. production. by. Acetobacter
xylinum.established.from.oxygen.profiles..J. Biosci. Bioeng..89(5):414–419.
White,. D.. G.,. and. R.. M.. Brown,. Jr.. 1989.. Prospects. for. the. commercialization. of. the.
.
and
and
biosynthesis. of. microbial. cellulose.. In:. Cellulose
Wood—Chemistry
Technology,.ed..C..Schuerch,.573–590..New.York:.John.Wiley.&.Sons.
Zeng,.X.,.D..Small,.and.W..Wan..2011..Statistical.optimization.of.culture.conditions.
for.bacterial.cellulose.production.by.Acetobacter xylinum.BPR.2001.from.maple.
syrup..Carbohyd. Polym..85:506–513.
Agricultural.Statistic.Bureau.–.Philippine,.http://www.da.gov.ph/agribiz/coconut1.
html.(accessed.10-2011).
Food. and. Agriculture. Organization. of. the. United. Nations,. http://faostat.fao.org/
site/339/default.aspx.(accessed.10-2011).
Philippine.Trade.Training.Center.(PTTC),.August.18,.2011,.http://www.pttc.gov.ph/
component/content/article/12-latest-news/221-coco-sector-posts-gains-fromphilippine-fta-markets.html.(accessed.10-2011).
United. Coconut. Associations. of. the. Philippines. (UCAP). Newsbrief,. March. 2010,.
http://www.ucap.org.ph/031810.htm#wk11nw1.(accessed.10-2011).
information/export-and-import/102-performance-of-philippines-top-nontraditional-coco-exports-in-february-2010.(accessed.10-2011).
SIPUK.–.Bank.Sentral.Republik.Indonesia,.http://www.bi.go.id/sipuk/en/?id=4&n
o=52301&idrb=46501(accessed.10-2011).