Bacterial cellulose- Curcuma Longa Linn from acetobacter xylinum has been produced. The aim of research: To isolate Bacterial Cellulose-Curcuma Longa Linn from Acetobacter xylinum and to improve activity catalitic of bacterial cellulose. Morphology properties was carried out on sample of bacterial cellulose and Bacterial Cellulose-Curcuma Longa Linn extract. This characteristic test was carried out by Scanning Electron Microscope (SEM).
REFERENCES
1.
W.H.
Irham
, Tamrin
, L.
Marpaung
, and Marpongahtun
, IOP Conference Series: Journal of Physics: Conf. Series
1232
(2019
).2.
D.
Lavanya
, P.K.
Kulkarni
, M.
Dixit
, P. K.
Raavi
, and L.N.V.
Krishn
International Journal of RUG Formulation and Research
, 2
, 6
, (2011
).3.
B.
Deepa
, E.
Abraham
, and BM.
Cherian
Journal of Bioresource Technology
102
, 1988
–1997
, (2010
).4.
D.
Klemm
, B.
Heublein
, H.
Fink
, and A.
Bohn
, Angewandate Chemie International Edition
, 44
, 3358
, (2005
).5.
T.
Caviello
, P.
Matricardi
, C.
Marienecci
, and F.
Alhaiue
, Journal of Controlled reseale
119
, 5
–24
, (2007
).6.
S. J.
Eichhorn
, R. J.
Young
, and G. R.
Davies
, Biomacromolecules
, 6
, 507
, (2005
).7.
B.S.
Hungund
and S.G.
Gupta
, Journal of Microbial Biochem Technol
, 2
, 127
–133
(2010
).8.
F.
Esa
, S.M.
Tasirin
, and N.A.
Rahman
, Agriculture and Agricultural Science Procedia
, 2
, 113
– 119
(2014
).9.
O.
Naksuriya
, S.
Okonogi
, RM.
Schiffelers
, and W. E.
Hennink
, Journal of Biomaterials
, 35
, 3365
–3383
, (2014
).10.
11.
M.
Umar
, and I. T.
Babalola
, International Journal of Pharmaceutical Science and Research
, 4
(1
):04
–09
(2019
).12.
W.H.
Irham
, Tamrin
, L.
Marpaung
, and Marpongahtun
, Rasayan
Journal of Chemictry
, 13
(3
), 1978
–1983
(2020
).13.
W.H.
Irham
, Tamrin
, L.
Marpaung
, and Marpongahtun
, AIP Conference Proceedings
2267
, 020056
(2020
).14.
C.
Chang
, L.
Zhang
, J.
Zhou
, and J. F.
Kennedy
, Carbohyd. Res.
, 82
, 122
–7
, (2010
).15.
J.
Lu
, Y.
Li
, D.
Hu
, X.
Chen
, Y.
Liu
, L.
Wang
, M. A.
Ashraf
, and Y.
Zhao
, Saudi Journal of Biological Sciences
23
, S22
–S31
(2016
).16.
M.
Pandey
, M. C. I. M.
Amin
, N.
Ahmad
, and M. M.
Abeer
, International Journal of Polymer Science 10
(2013
).17.
N.
Pa’e
, N. I. A.
Hamid
, N.
Khairuddin
, K. A.
Zahan
, K. F.
Seng
, B. M.
Siddique
and I. I.
Muhamad
, Sains Malaysiana
43
(5
): 767
–773
(2014
).18.
A.
Musa
, M. B.
Ahmad
, M. Z.
Hussein
, S. M.
Izham
, K.
Shameli
, and H. A.
Sani
1, Journal of Nanomaterials
(2016
).19.
S.
Gea
, C. T.
Reynolds
, N.
Roohpour
, B.
Wirjosentono
, N.
Soykeabkaew
, E.
Bilotti
, and T.
Peijs
, Bioresource Technology
, 102
, 9105
–9110
(2011
).20.
S.
Bielecki
, A.
Krystynowicz
, M.
Turkiewicz
, H.
Kalinowska
, S.
Bielecki
, A.
Krystynowicz
, M.
Turkiewicz
, H.
Kalinowska
, Biopolymers
, (2005
).
This content is only available via PDF.
© 2021 Author(s).
2021
Author(s)
You do not currently have access to this content.