The phrase "future experiments on" is correct and can be used in written English.
It is typically used to introduce or refer to experiments that will be conducted in the future. Example: In our study, we propose two hypotheses that will be tested through future experiments on the effects of caffeine on memory retention.
Using additional immunostainings or dye fills, we can assign Gal4-targeted neurites to individual neurons and characterise them further as a reference for future experiments on circuit formation.
These results are discussed on a physiological context, highlighting the relevance of the model proposed here for the interpretation of gastrocnemius EMGs and for conceiving future experiments on muscles with pinnate geometry.
In sum, the study demonstrates that the mere act of preparing food could facilitate the overconsumption of high-calorie foods and provides preliminary information that may guide the design of future experiments on food preparation and consumption.
We outline a strategy for future experiments on neutrino and astroparticle physics based on the use, at different detector mass scales (100 ton and 100 kton), of the liquid Argon Time Projection Chamber LAr TPCC) technique.
This finding highlights the importance of controlling such social constraints in future experiments on chimpanzee cooperation, and suggests that the evolution of human-like cooperative skills might have been preceded by the evolution of a more egalitarian social system and a more human-like temperament.
The success and credibility of future experiments on acceleration and dark energy rely on the most accurate distance measurements possible.
Encouraging results were obtained, indicating that these peptides can be considered for future experiments focused on the assessment of anticancer activity and cytotoxicity.
Thus, in future experiments, effects on energy expenditure have to be shown experimentally, e.g., by indirect calorimetry.
Future experiments based on these screens may be used to identify additional therapeutic targets for aging and diseases related to protein folding.
Future experiments, based on the current findings, include the: 1) determination of the effects of newly synthesized TKIs to reverse MRP7-mediated drug resistance, and 2) analysis of the effects of TKIs on the efflux activity of other ABC transporters.
In addition, future experiments focused on evaluating cellular proteasomal pathways by directly measuring the activity of Ub-proteasome, calpains, and caspases are vital to understanding the role of these systems in human muscle atrophy following immobilization.
