Data underlying dissertation chapter 5: FT-IR micro-spectroscopy for imaging the extracellular matrix composition in biofilms
doi:10.4121/6d9aabb3-b2df-431f-9baf-30f3870906c4.v1
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doi: 10.4121/6d9aabb3-b2df-431f-9baf-30f3870906c4
doi: 10.4121/6d9aabb3-b2df-431f-9baf-30f3870906c4
Datacite citation style:
de Bruin, Stefan (2024): Data underlying dissertation chapter 5: FT-IR micro-spectroscopy for imaging the extracellular matrix composition in biofilms. Version 1. 4TU.ResearchData. dataset. https://doi.org/10.4121/6d9aabb3-b2df-431f-9baf-30f3870906c4.v1
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Dataset
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Data underlying dissertation chapter 5: FT-IR micro-spectroscopy for imaging the extracellular matrix composition in biofilms
The goal of this project was to explore the extracellular polymeric substance spatial distribution across anaerobic granular sludge samples using FT-IR micro-spectroscopy. This in-situ non-destructive approach makes is possible to visualize the relative differences of multiple different polymers.
This entry contains:
- MATLAB script example
- frontier micro-spectroscope (.fsm file) raw data files used in dissertation chapter 5
- frontier micro-spectroscope (.vis file) image file used in dissertation chapter 5
history
- 2024-04-08 first online, published, posted
publisher
4TU.ResearchData
format
matlab script (.m file), FT-IR microspectroscopy imaging file (frontier micro-spectroscope .fsm file)
funding
- SIAM gravitation grant, 024.002.002
organizations
TU Delft, Faculty of Applied Sciences, Department of Biotechnology
DATA
files (4)
- 108,640,503 bytesMD5:
9a185d76ab85dadc4ce9f773af0f9b79
Carina_granule2_2_21012021_raw.fsm - 4,823 bytesMD5:
0f7218693559bdeaaa3110da8bf56fd8
FT_IR_imaging.m - 11,732,246 bytesMD5:
b0a7fca43a608c99bbda55d30059c5a4
gr2b_3.vis - 244,422,871 bytesMD5:
11f3ec64cd2f0fdd72adad1aa358e73e
gr2b_3_raw.fsm -
download all files (zip)
364,800,443 bytes unzipped