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The cellulose was produced by the organisms, then purified. In the next time, this isolates were assayed for the silver nano-particles production. Finally, their anti-microbial properties were tested on wounds healing.
Keywords: Gluconobacter, Acetobacter, silver nano-particles, cellulose
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Islamic Azad University
Damghan Branch
Faculty of Basic Sciences
A Thesis Submitted in Partial Fulfillment of the Requirments For
the Degree of M.Sc in Biology-Microbiology
Title
Screening and identification of bacteria with the ability of exopolysaccharide and silver nanoparticles production from environment and characterization of the produced exopolysaccharide
Supervisor
Dr Hatef Ajoudanifar
Advisor
Dr Parastoo Pourali
By
Raheleh Taheri
January 2013
1- Physiological
2 – Acetobacter Aceti
3- Gluconobacter Saboxy
4 – Gram-negative
5 – Absolute aerobic
6 – Peritrichous
7 – Pseudomonas
8 – Over oxidans
9 – sub oxidans
10 – Acetobacter Peroxidans
11 – Acetobacter Pasteurianum
12 – oxidans Gluconobacter
13 – Acetobacter Xylinum
14 – Acetobacter Acidophilum
15 – Quantum
16-Magnetic
17- Composite
18- Grating
19- Fluorsent
20-Tissue
21 -Hyperthermi
3-contrast
4-Nano Medicine
24- Micelles
25- Liposome
26-Metabolism
27- Lycurgus cup
28- tetra uricacid
29 – Entropy
30 – Biological
31 – Mill Shotgun
32- Oxides
33- nitrides
34- Rolling
35- Composites
36- Sodium dodecyl sulfate benzyl
37- Polyvinyl pyrrolidone
38- Citrate
39- ascorbate
40-borohydride
41- Bi TarTarat potassium
42- Methoxy poly ethylen glycol
43- Hydrazine
44- Titanium tetra isopropoxide
45 – Efflux
46- Reductase
47- Nitrate-Reductase
48- Verticillium luteoalbum
49- capping proteins
50-Magnetotactic bacteria
51-Diatoms
52- Actinomycet
53- Ultrasonic
54 – Electrostatic
55- Biopolymers
56- Incubation
57- P. fellutanum
58- Bacillus subtilis
59- Klebsiella pneumonia
60- Periplasmic space
61- Pseudomonas stutzeri AG259
62- Silver sulfide
63-Lactobacillus sp
64- Corynebacterium sp
65- Peptid
66 – Cytoplasmi
67- Plasmid
68-Choromosomes
69- Transposone
70- Cyanobacteria
71 – Aeromonas sp
72- Supernatant
73- Escherichia coli
74- Enterobacter cloacae
75- piperitone
76- nitroreductase
77- B.licheniformis
78 – Cations
79 – Sensor kinase
80 – Aspergillus fumigates
81 – Trichoderma
82- Clostridium termo acticom
83- Cysteine
84-cadmiumchloride
85- hydrochloride
86- Iron sulfide
87- Cell wall
88- Hexagonal/Contour
89-Morganella sp
90- Fusarium oxysporum-
91-Aspergillus niger
92- Nitrate reductase
93-Penicillium sp
94-Compactin
95- Titanium
96- Gonococcal
97-Silver sulfadiazine
98-Biofilm
99- Methicillin-resistant Staphylococcus aureus (MRSA)
100- Pseudomonas aeruginosa
101- Acintobacter sp
102 -Pinicilin
103-Meticilin
104- Tetracycline
105- Sulfonamide
106- Trimethoperim
107- Macrolide
108- Aminoglycoside
109- Mupirocine
110- Baciteracin
111- Ciprofloxacin
112- Vancomycine
113- Enterococcus
114- Clonization
115- Urinary sound
116- Catteter
117- Minimum inhibitory concentration
118-Catalytic
119- Thiol
120-Sulfur
121- Bacteriocide
122- Reactive oxygen species (ROS)
123- Silverlon
124- Silvasorb
125- Endosomes
126- Lysosomes
127- Proteomics
128- Two-dimensional gel electrophoresis
129- mass spectroscopy
130- proton
131 – Synergism
132- Artificial heartvalves
133-Prophylactic
134-Bacteriostatic
135- Cardiovascular implants
136- Silicon
137-Silzone
138- Endocarditis
139- Nanocompositi
140- Central venous catheters
141-Poly ethylene
142- Neurosurgical catheters
143- Meningit
144-Staphylococcus epidermidis
145- Antimicrobial
146- Clinical
147- Bone cement
148- methacrylate poly methyl (PMMA)
149- KneeSurgery
150- Elbow
151- Cytotoxicity
152-Fibroblast
153-Osteoblast
154- Wound dressings
155-Acticoat
156- Steven-Johnson syndrome
157-Ulcer
158-Polyethylene
159-angiogenesis
160-proliferation
161- Hydroxy apatite
162- Photodynamic
163-Immunochemistry
164- exopolysaccharides
165-phagocytosis
166- Phages
167-DextranSukraz
168-leuconostocmesenteroides
169- Levan
170-bacilluspolymyxa
171- Hyaluronicacid
172- Elasticite
173- Sodium alginate
174- Calcium alginate
175- Nitro-cellulose
176- Cellulose acetate
177- Celluloid
178- Viscose
179- Polymerization
180-callose
181- Lignin
182- Glucan
183- cellobiose
184-Kongo
185- Calco Flour
186- Restriction fragment length polymorphism
187- N-methyl morpholine
188- Cadmiumoxide
189- N-methyl-N oxide
190- Lithiumchloride
191- N, N-dimethyl Astamydatyl
192- diomil
193- CadmiumOxide
194- Endo-Beta-Gluconaz
195-Glucose
196–Exo-Beta-Gluconaz
197-Exo-Beta-glucosidase
198- crystallization
199-extrusion
200- Static
201-Gluconacetobacter xylinusBPR
202-Agrobacterium
203-Gluconacetobacter xylinus
204-Salmonella
205- Rhizobium leguminosarum
206 -Sarcina ventriculi
207-Tumefaciens
208 – Actinomycetes
209- Trichoderma reesei
210-operon
211- invitro
212-Entrobacter
213-burkholderia pseudomallei
214- Glycosyltransferase
215- Glucanase
216- Lipoglican
217- Substrate
218- Chitinsynthetase
219- Motif
220- Cellulose synthetase
221- Hyaluran synthetase
222- Gzyluglucan
223- AfurfurylAglucoside
224- Nanocrystalline cellulose (NCC)
225-Amorph
226- Biosensing
227- Nickel
228-platin
229- palladium
230- Hydrogel
231- Thrombosis
232- Collagen
233- Cytotoxic
234- Geotoxic
235 – Markers
236- Carboxylate
237- Probe
238- Agglutination
239- Photocatalytic
240- Optical
241- Surfactant
242- Cetyltrimethylammonium bromide( CTAB)
243- Hydrophilic
244- Siyanogen Bromide
245- Chlorophenol
246-Nucleic Acids
247- The cellulose synthase compelex(TC(
248- Rhizobium
1Hestrin-Schramm medium agar (HSa)
2Persian Type Culture Collection(PTCC)
251- Hestrin-Schramm medium broth(HSB)
3Nutrientbroth(NB)
253- Autoclave
254- Nistatin
255- Phenotype
256- Genotype
257-Gram stain
258-Wet preparation method
259- Malachitegreenstaining
260- Safranin
261-Bacillus cereus
262- Bacillus cereus
263-H2O2
264 – Oxidase test
265- p-Phenylene diamine (PPD)
266-Hydrogen sulfide( H2S)
267- Sulfide Indole Motili
268- Kovac`s
269- Gelatintest
270RSB: Return stack buffer
271PCR= Polymerase chain reaction
272Loading buffer
273Primer
274- Sodium hydroxide(NaOH)
275- Cellulase
276- Enzymatic digestion
277- Mulysh test and Benedict
278-Scanning Electron Microscope (SEM)
279- SuperNatant
280 – Spectrophotometry
281- XRD
282- Dryer
283-Transmission Electron Microscope (TEM)
284- Infrared ray
285- Hinton agarMuller
286- Dencity Optical (OD)
287- Glycerolstocks
288- Spores
289- Gradient
290-Accession number
291- Maximum identity
292- Gluconacetobacter swingsii strain DSTGL01
293- Gluconacetobacter nataicola strain LMG1536
294-Gluconacetobacter intermedius strain TF2
295- Gluconacetobacter oboediens strain DSM11826
296-Gluconacetobacter europaeus strain DES11
297- Acetobacterium carbinolicum strain DSM 2925
298- Acetobacterium woodii strain DSM 1030
299-BAcetobacterium bakii strain DSM 8239
300-Blank
301-Series
302-OrderPrutyvbaktrha
303-Class
304-CategoryRuduaspyrylaz
305-Family
306-genus
307-AurantyusAcetobacter
308- komesu
309- kurosu
310- Surface Plasmon Resonance (SPR)
311-X-ray Diffraction Analysis (XRD)
312- pattern
313-Cytochromereductase
314-Cytochrome oxidase
315-Succinatedehydrogenase
316-Penicillin
317-Fibroblast
318-Lactate dehydrogenase
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