But with one not-so-drastic change, the experimental diet was clearly superior.
When modern scientists changed the experimental conditions to reflect better knowledge of the earth's early atmosphere, they were able to produce most of the same building blocks.
That is, the slight deviation from the designated conditions could completely change the experimental results.
Kiliaridis [17] interrupted the treatment earlier than planned and changed the experimental design because of side effects.
Even with careful consideration of these factors, unexpected errors, such as a deviation from the designed support, loading, and material conditions, could completely change the experimental results.
The challenge moving forward is not to change the experimental inclination of the short, but rather, to create a market that values and spurs the progressive nature of the short even further.
Due to the high rate of change, the experimental knowledge must be obtained when it is to be used.
We have tried to change the experimental process in many ways (e.g. mechanical properties of the chamber and air-suction system, the bathing solutions, temperature etc).
Therefore we have changed the experimental setup by pre-incubating linear tetra-ubiquitin coupled beads with p62 followed by their addition to GUVs coated with LC3B.
Next we changed the experimental setup to an exogenous PPE noxa: Intratracheal instillation of PPE caused severe lung hemorrhage and inflammation which were quantified by measuring hemoglobin concentrations and neutrophil count in BALF 1 h after the noxa.
