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2,411 to 2,420 of 2,425 Results

Solomovici_et_al_1997_DecodingTimes.xlsx Dec 19, 2024 - Data for: Mechanistic Modeling of In Vivo Translation in Escherichia coli Reliably Identifies Well-Adapted and Optimized RNA Sequences MS Excel Spreadsheet - 11.4 KB - MD5: 3a082306791b364c9310e8acfce29565
struct_sum_pl.m Dec 19, 2024 - Data for: Mechanistic Modeling of In Vivo Translation in Escherichia coli Reliably Identifies Well-Adapted and Optimized RNA Sequences MATLAB Source Code - 480 B - MD5: c98e03e87f1328b86d7e7ea7a0a19322 Helper script to MAIN scripts.
sum_of_t3complex.m Dec 19, 2024 - Data for: Mechanistic Modeling of In Vivo Translation in Escherichia coli Reliably Identifies Well-Adapted and Optimized RNA Sequences MATLAB Source Code - 2.0 KB - MD5: 789d31b981cd1c96ef9c717722d4ab86 Helper script to MAIN scripts.
T3_comp.dat Dec 19, 2024 - Data for: Mechanistic Modeling of In Vivo Translation in Escherichia coli Reliably Identifies Well-Adapted and Optimized RNA Sequences Fixed Field Text Data - 354 B - MD5: 1e9820648527ccf225f0eef39d0277fa
transform_rate_struct_pl.m Dec 19, 2024 - Data for: Mechanistic Modeling of In Vivo Translation in Escherichia coli Reliably Identifies Well-Adapted and Optimized RNA Sequences MATLAB Source Code - 600 B - MD5: c61c3c47be069aa66847e8dc42d6ccc3 Helper script to MAIN scripts.
transform_rate_struct_rev_pl.m Dec 19, 2024 - Data for: Mechanistic Modeling of In Vivo Translation in Escherichia coli Reliably Identifies Well-Adapted and Optimized RNA Sequences MATLAB Source Code - 676 B - MD5: e62ebbe8056b1913bfb04f40ee9998bd Helper script to MAIN scripts.
tRNAcharging.m Dec 19, 2024 - Data for: Mechanistic Modeling of In Vivo Translation in Escherichia coli Reliably Identifies Well-Adapted and Optimized RNA Sequences MATLAB Source Code - 1.2 KB - MD5: 951bf890c112c628abba655b809eb885 Helper script to MAIN scripts.
Data for: Pros and cons of airlift and bubble column bioreactors: How internals improve performance Nov 6, 2024 Bokelmann, Carolin; Bromley, Jason; Takors, Ralf, 2024, "Data for: Pros and cons of airlift and bubble column bioreactors: How internals improve performance", https://doi.org/10.18419/DARUS-4354, DaRUS, V1 The DaRUS repository entails the simulation data for the publication "Pros and cons of airlift and bubble column bioreactors: How internals improve performance". Gas fermentation is a promising technology of high commercial interest, particularly for capturing CO2 and CO from industrial off-gases to reduce greenhouse gas emissions and to replace fo...
ALR_CRIL_LX100dt1em4_30PCO05vvm.tar Nov 6, 2024 - Data for: Pros and cons of airlift and bubble column bioreactors: How internals improve performance TAR Archive - 23.3 GB - MD5: 22b71e7c7ca21be3d8be42a7a8b3fb49 CFD simulation results of a center-rising internal-loop airlift reactor with M-Star CFD (spatial resolution LX 100, timestep size 1e-4 s, 30% CO in the gas phase, 0.5 vvm gassing)
ALR_EL_bottom.tar Nov 6, 2024 - Data for: Pros and cons of airlift and bubble column bioreactors: How internals improve performance TAR Archive - 78.2 GB - MD5: 6664ebe1e4e8a8b75527d0f4087d3c06 CFD simulation results of the external-loop airlift reactor with internals with M-Star CFD (spatial resolution LX 100, timestep size 1e-4 s, 30% CO in the gas phase, 0.5 vvm gassing)

Solomovici_et_al_1997_DecodingTimes.xlsx

Dec 19, 2024 - Data for: Mechanistic Modeling of In Vivo Translation in Escherichia coli Reliably Identifies Well-Adapted and Optimized RNA Sequences

MS Excel Spreadsheet - 11.4 KB -

struct_sum_pl.m

Dec 19, 2024 - Data for: Mechanistic Modeling of In Vivo Translation in Escherichia coli Reliably Identifies Well-Adapted and Optimized RNA Sequences

MATLAB Source Code - 480 B -

Helper script to MAIN scripts.

sum_of_t3complex.m

Dec 19, 2024 - Data for: Mechanistic Modeling of In Vivo Translation in Escherichia coli Reliably Identifies Well-Adapted and Optimized RNA Sequences

MATLAB Source Code - 2.0 KB -

Helper script to MAIN scripts.

T3_comp.dat

Dec 19, 2024 - Data for: Mechanistic Modeling of In Vivo Translation in Escherichia coli Reliably Identifies Well-Adapted and Optimized RNA Sequences

Fixed Field Text Data - 354 B -

transform_rate_struct_pl.m

Dec 19, 2024 - Data for: Mechanistic Modeling of In Vivo Translation in Escherichia coli Reliably Identifies Well-Adapted and Optimized RNA Sequences

MATLAB Source Code - 600 B -

Helper script to MAIN scripts.

transform_rate_struct_rev_pl.m

Dec 19, 2024 - Data for: Mechanistic Modeling of In Vivo Translation in Escherichia coli Reliably Identifies Well-Adapted and Optimized RNA Sequences

MATLAB Source Code - 676 B -

Helper script to MAIN scripts.

tRNAcharging.m

Dec 19, 2024 - Data for: Mechanistic Modeling of In Vivo Translation in Escherichia coli Reliably Identifies Well-Adapted and Optimized RNA Sequences

MATLAB Source Code - 1.2 KB -

Helper script to MAIN scripts.

Data for: Pros and cons of airlift and bubble column bioreactors: How internals improve performance

Nov 6, 2024

Bokelmann, Carolin; Bromley, Jason; Takors, Ralf, 2024, "Data for: Pros and cons of airlift and bubble column bioreactors: How internals improve performance", https://doi.org/10.18419/DARUS-4354, DaRUS, V1

The DaRUS repository entails the simulation data for the publication "Pros and cons of airlift and bubble column bioreactors: How internals improve performance". Gas fermentation is a promising technology of high commercial interest, particularly for capturing CO2 and CO from industrial off-gases to reduce greenhouse gas emissions and to replace fo...

ALR_CRIL_LX100dt1em4_30PCO05vvm.tar

Nov 6, 2024 - Data for: Pros and cons of airlift and bubble column bioreactors: How internals improve performance

TAR Archive - 23.3 GB -

CFD simulation results of a center-rising internal-loop airlift reactor with M-Star CFD (spatial resolution LX 100, timestep size 1e-4 s, 30% CO in the gas phase, 0.5 vvm gassing)

ALR_EL_bottom.tar

Nov 6, 2024 - Data for: Pros and cons of airlift and bubble column bioreactors: How internals improve performance

TAR Archive - 78.2 GB -

CFD simulation results of the external-loop airlift reactor with internals with M-Star CFD (spatial resolution LX 100, timestep size 1e-4 s, 30% CO in the gas phase, 0.5 vvm gassing)

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