aloe vera

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Aloe vera: 1. Pharmacological 2. Fibre content 3. fresh gel 4. bioavailability 5. Dehydration 6. Freezing Development of functional surface …. : 1. Knife-edge 2. Imprint structure 3. nano-scale 4. hard- brittle material 5. nano-technology 6. soda glass Formation of nano-rod and nano-particles of polyaniline …. 1. nano-structure 2. electron microscopy 3. porous structure 4. optical 5. electrochemical 6. nano-fiber strength enhancement of nano patterns from edge … 1. polymethylmethacrylate films 2. polystyrene films 3. nano-trenches 4. Si step 5. PMMA films 6. Nano-fabrication

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Page 1: Aloe vera

Aloe vera:

1. Pharmacological 2. Fibre content3. fresh gel4. bioavailability 5. Dehydration6. Freezing

Development of functional surface …. :

1. Knife-edge2. Imprint structure3. nano-scale4. hard- brittle material5. nano-technology6. soda glass

Formation of nano-rod and nano-particles of polyaniline ….

1. nano-structure2. electron microscopy3. porous structure4. optical5. electrochemical6. nano-fiber

strength enhancement of nano patterns from edge …

1. polymethylmethacrylate films2. polystyrene films3. nano-trenches4. Si step5. PMMA films6. Nano-fabrication

The effect of selected phosphate emulsifying salts on viscoelastic properties …

1. Elasticity2. Polyphosphate3. Hydrolysis

Page 2: Aloe vera

4. Sensor properties5. Complex module6. Rigid structure

Formation of biogenic amines by gram-negative bacteria isolated …

1. Tyramine2. Agmatine3. Microorganisms4. Cell metabolism5. Micrococcaceae6. Aeromonas