The quest for deus ex machina : harnessing the power of machine learning for synthetic biology
- Author
- Friederike Mey (UGent) , Jim Clauwaert (UGent) , Kirsten Van Huffel, Willem Waegeman (UGent) and Marjan De Mey (UGent)
- Organization
- Abstract
- Machine learning is nowadays an ever-present part of many aspects of modern life and has increasingly been used in the field of synthetic biology as well. Examples of studies that successfully harnessed the superb pattern recognition abilities of machine learning algorithms range from a molecular to a big-scale production level and include the prediction of transcription factor activity, enzyme expression balancing, gene annotation and the prediction of production parameters. However, a closer look reveals the lack of a standard for such published models, with no known guidelines on what metrics and analyses should be included in a publication. Studies are often highlighting the fact that the community needs more data in machine-readable format, but it has rarely been discussed how such a study should be conducted and analyzed to obtain a meaningful, robust, high quality and predictive model. Here, we present a guideline specifically aimed at synthetic biologists who wish to use machine learning in their research, in particular on smaller, in-house collected datasets. We discuss key aspects on how to evaluate and interpret a model’s performance with focus on regression, and common problems and pitfalls that arise during the workflow. Together with the increasing availability of vast datasets, the implementation of such guidelines can contribute to the strive for standardization and strong application of engineering principles in the synthetic biology community.
- Keywords
- machine learning, synthetic biology
Downloads
-
201101 AppSynBio poster Mey.pdf
- full text (Author's original)
- |
- open access
- |
- |
- 919.22 KB
Citation
Please use this url to cite or link to this publication: http://hdl.handle.net/1854/LU-8680644
- MLA
- Mey, Friederike, et al. “The Quest for Deus Ex Machina : Harnessing the Power of Machine Learning for Synthetic Biology.” 5th Applied Synthetic Biology in Europe Meeting (ASBE V), Abstracts, 2020.
- APA
- Mey, F., Clauwaert, J., Van Huffel, K., Waegeman, W., & De Mey, M. (2020). The quest for deus ex machina : harnessing the power of machine learning for synthetic biology. 5th Applied Synthetic Biology in Europe Meeting (ASBE V), Abstracts. Presented at the Applied Synthetic Biology in Europe (ASBE), Delft, the Netherlands, Online.
- Chicago author-date
- Mey, Friederike, Jim Clauwaert, Kirsten Van Huffel, Willem Waegeman, and Marjan De Mey. 2020. “The Quest for Deus Ex Machina : Harnessing the Power of Machine Learning for Synthetic Biology.” In 5th Applied Synthetic Biology in Europe Meeting (ASBE V), Abstracts.
- Chicago author-date (all authors)
- Mey, Friederike, Jim Clauwaert, Kirsten Van Huffel, Willem Waegeman, and Marjan De Mey. 2020. “The Quest for Deus Ex Machina : Harnessing the Power of Machine Learning for Synthetic Biology.” In 5th Applied Synthetic Biology in Europe Meeting (ASBE V), Abstracts.
- Vancouver
- 1.Mey F, Clauwaert J, Van Huffel K, Waegeman W, De Mey M. The quest for deus ex machina : harnessing the power of machine learning for synthetic biology. In: 5th Applied Synthetic Biology in Europe meeting (ASBE V), Abstracts. 2020.
- IEEE
- [1]F. Mey, J. Clauwaert, K. Van Huffel, W. Waegeman, and M. De Mey, “The quest for deus ex machina : harnessing the power of machine learning for synthetic biology,” in 5th Applied Synthetic Biology in Europe meeting (ASBE V), Abstracts, Delft, the Netherlands, Online, 2020.
@inproceedings{8680644,
abstract = {{Machine learning is nowadays an ever-present part of many aspects of modern life and has increasingly been used in the field of synthetic biology as well. Examples of studies that successfully harnessed the superb pattern recognition abilities of machine learning algorithms range from a molecular to a big-scale production level and include the prediction of transcription factor activity, enzyme expression balancing, gene annotation and the prediction of production parameters. However, a closer look reveals the lack of a standard for such published models, with no known guidelines on what metrics and analyses should be included in a publication. Studies are often highlighting the fact that the community needs more data in machine-readable format, but it has rarely been discussed how such a study should be conducted and analyzed to obtain a meaningful, robust, high quality and predictive model. Here, we present a guideline specifically aimed at synthetic biologists who wish to use machine learning in their research, in particular on smaller, in-house collected datasets. We discuss key aspects on how to evaluate and interpret a model’s performance with focus on regression, and common problems and pitfalls that arise during the workflow. Together with the increasing availability of vast datasets, the implementation of such guidelines can contribute to the strive for standardization and strong application of engineering principles in the synthetic biology community.}},
author = {{Mey, Friederike and Clauwaert, Jim and Van Huffel, Kirsten and Waegeman, Willem and De Mey, Marjan}},
booktitle = {{5th Applied Synthetic Biology in Europe meeting (ASBE V), Abstracts}},
keywords = {{machine learning,synthetic biology}},
language = {{eng}},
location = {{Delft, the Netherlands, Online}},
title = {{The quest for deus ex machina : harnessing the power of machine learning for synthetic biology}},
year = {{2020}},
}