Two main procedures have been used: in vitro transcription (IVT) and polymerase chain reaction (PCR), the former known as linear and the latter as exponential.
In order to compute asymptotically valid standard errors around the estimates presented in the main text, the following procedure has been adopted.
The developed experimental procedure has two main stages.
The procedure has two main steps: (1) estimation of an equivalent cyclic shear strain amplitude and associated number of cycles induced in the soil mass by an earthquake; and (2) estimation of softening and strength loss in the soil mass.
The classification procedure has two main characteristics: (1) a very wide and deep taxonomy, which allows a very meticulous comparison between different genres, and (2) a wide pairwise comparison of genres, which allows emphasizing the differences between each pair of genres.
Their procedure has two main steps regarded as mutation and selection.
However, this procedure has two main disadvantages: 1) it needs a larger array of electrodes, given the volume conduction phenomenon.
To exclude that this procedure has influenced our main findings, we performed a sensitivity analysis with classical censoring at the time of transplantation which did, however, not reveal any substantial differences in HRs compared to the primary analysis (see Table S1).
The procedure has certain risks.
The Swiss procedure has an additional advantage.
