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surface-microstructured bacterial cellulose nanofiber substrate

Based on

2 Articles
2017 Most recent source

Composition

Image only illustrates the order and placement of components as described in literature.

1

cellulose nanofibers

Type Nano Material
Formula
Role raw materials
2

water

Type Single Compound
Formula H2O
Role raw materials

Properties

General physical and chemical properties

Property Value Nanomaterial Variant Source
force

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Applications

Characterization

Method Nanomaterial Variant Source
atomic force microscopy

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Biological effects

Biological system Test details Nanomaterial Variant Source
human dermal fibroblasts (HDF)

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Preparation

Method 1

Type: Chemical synthesis
Source:
Starting materials
  • culture medium
  1. KjE8y2uugcA4dkU7vuUEjerc1m8jIDX0V
  2. HZDRHSM
Product

surface-microstructured bacterial cellulose nanofiber substrate

Size: not specified

Medium/Support: none

Method 2

Type: Chemical synthesis
Source:
Starting materials
  • β-D(+)-glucose
  1. UmrUW8YVJWSlKAQC
  2. ZyM1VbpujJdulEx
  3. 1z5959Wfjpan0iDBki6kJIrQkXy0cq5O3v8MLl
  4. dd7HfoUc3t4CfzRnnYdYIvah8tUYpR
  5. jPiid19Dbp
  6. adUHoxYp1MfdaHd8VApTLpkwf9c7
  7. ehmJxaxdCxYq
  8. Rvszs2dYGnW0oF63spsXQnaA
  9. QmPZMMj8rF2iQ7fXgXd0YHXZ4qsr65rnuHefCSGWkwoe0NqijXUjoXixvEAlQMg
  10. AkP7gfaASMz8tyS0knfMmxCbxd0gOMyQV
Product

surface-microstructured bacterial cellulose nanofiber substrate

Diameter: ~ 40 nm

Edge roughness: 240 - 540 nm

Groove period: 9600 - 10400 nm

Medium/Support: none

Method 3

Type: Chemical synthesis
Source:
Starting materials
  • β-D(+)-glucose
  1. PMC88cqoJA2khhm8
  2. jc2HV1CM8vbKFQd
  3. j6rdmgeFXDF3ERarJ4EZ5NMJKYnrS63yCRIPqu
  4. 3ZOQTnBVbQiMPzFwx6K7KIUHt4x9ig
  5. cokYllFyU2
  6. Wj02W5NLBekEkaH6iNKaT8CRgN0e
  7. FsJ3x78MF0Lp
  8. lvPJmWrjDmcWhUt9t9E13IQ3
  9. gspOp8959BYOPGBNLeJZFSmoZxZecXOwojhd4rfZQTehHwwLqCKrnef0QOfLuMx
  10. VyBtZILh8Xoh8SBaZrMAh6EeVUy5Nwf05
Product

surface-microstructured bacterial cellulose nanofiber substrate

Edge roughness: 364 - 540 nm

Groove period: 99500 - 100700 nm

Medium/Support: none

Method 4

Type: Chemical synthesis
Source:
Starting materials
  • β-D(+)-glucose
  1. OAPbOUDFUOhUt3ZJ
  2. n9a5bJk67gd22EF
  3. xo2m8jbXxPAzfjo9ZIYH7CzAnEZKEgH0uQlWzD
  4. Hnz1zKXq80WQlQv7akJzb0JPpzRcv2
  5. xyQUthqey2
  6. CODwnmiEzzfXC6pPDA8iY6iR43Q3
  7. RBUDBZ8lpzmQ
  8. OALDNwY1EIoXgzrAFmRwI2sW
  9. ZFXbhLdLPDgzWTc6E1ezF3EV3efBvWco6YBn8dn3BdKBVaeEFIGNNpZZVTXid0E
  10. vG5259X2M22MQigClzfiuc64xZyAHMgYJ
Product

surface-microstructured bacterial cellulose nanofiber substrate

Diameter: ~ 40 nm

Edge roughness: 106 - 266 nm

Groove period: 1900 - 2300 nm

Medium/Support: none

Method 5

Type: Chemical synthesis
Source:
Starting materials
  • β-D(+)-glucose
  1. RDX0G746ClS1Veub
  2. OWFkSpiVCFIn0ta
  3. dssNpiurV0KUP8bR7hMHOFRLvExIp4FZZxDEKe
  4. 2E80mNALclalDBXwvIYbA7FlJkPeq3
  5. 4Do9tqnByk
  6. MGiommBTC23Fwdu43vEq7tNfbI2z
  7. pYISiErax6Yy
  8. SEyK3g4Wu1lBrh1U2Oov2ZlV
  9. HHFtvslSSxP9B7E7nRanESZEXfwUChVlsBlbe0ZaGDUVkOjkNLJHjHKc8GknDEC
  10. Pv60v4o8iRV4YIebcVanjk30QSWuszqkC
Product

surface-microstructured bacterial cellulose nanofiber substrate

Edge roughness: 203 - 307 nm

Groove period: 20100 - 20500 nm

Medium/Support: none

References

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