DATASET
Fig 1a.csv (8.7 kB)
DATASET
Fig 1c.csv (0.34 kB)
DATASET
Fig 3.csv (0.9 kB)
DATASET
Fig S5.csv (0.16 kB)
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S1 agar freq.txt (0.67 kB)
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S1 agar strain.txt (0.69 kB)
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S1 agar time.txt (0.85 kB)
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S1 agarose freq.txt (0.89 kB)
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S1 agarose strain.txt (0.97 kB)
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S1 agarose time.txt (1.12 kB)
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S1 alginate freq.txt (0.89 kB)
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S1 alginate strain.txt (1.12 kB)
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S1 alginate time.txt (1.12 kB)
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S1 F127 freq.txt (0.89 kB)
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S1 F127 strain.txt (1.12 kB)
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S1 F127 time.txt (1.12 kB)
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S1 gelatin freq.txt (0.89 kB)
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S1 gelatin strain.txt (1.13 kB)
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S1 gelatin time.txt (1.12 kB)
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S1 gelzan freq.txt (0.89 kB)
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Data sets for Whitfield et al 2020 Chemical Communications
Data related figures presented within to the publication:
Cell-free protein synthesis in hydrogel materials
Colette J. Whitfield, Alice M. Banks, Gema Dura, John Love, Jonathan E. Fieldsend, Sarah A. Goodchild, David A. Fulton and Thomas P. Howard*
Chemical Communications, 2020, Royal Society of Chemistry
The research details the fabrication of macro-scale polysaccharide, proteinaceous, micellular and covalently crosslinked hydrogels for housing cell- free protein synthesis reactions.
The data set covers data used in Figures 1a and c, Figure 3 and supporting figures S1, S2 and S5.
Cell-free protein synthesis in hydrogel materials
Colette J. Whitfield, Alice M. Banks, Gema Dura, John Love, Jonathan E. Fieldsend, Sarah A. Goodchild, David A. Fulton and Thomas P. Howard*
Chemical Communications, 2020, Royal Society of Chemistry
The research details the fabrication of macro-scale polysaccharide, proteinaceous, micellular and covalently crosslinked hydrogels for housing cell- free protein synthesis reactions.
The data set covers data used in Figures 1a and c, Figure 3 and supporting figures S1, S2 and S5.
Funding
EP/N026683/1
BB/M018318/1
History
UoA
- Agriculture, Food and Veterinary Sciences
