The phrase "altered simultaneously" is correct and usable in written English.
It can be used when describing actions or changes that occur at the same time.
Example: "The images were altered simultaneously to ensure consistency across the project."
Alternatives: "changed at the same time" or "modified concurrently".
As operations became more elaborate and systemslike, product and process change developed intimate linkages; many different elements had to be altered simultaneously to introduce change.
Both variables (HR and MAP) were altered simultaneously in the experimental protocol.
Consequently we examined the effect of these parameters on the behaviour of the network when altered simultaneously in pairs.
Most importantly for the approach described here, several properties were altered simultaneously to improve an activity that depended on multiple properties.
However, these approaches are not well suited to address how multiple perturbations affect network output, as well as how robust network dynamics arise from heterogeneity in which several parameters are altered simultaneously across cells, tissues, and animals.
We report that bath application of WIN55,212-2 selectinhibitshibits minimally evoked A/C inputs to CA3 pyramidal cells, without significantly altering simultaneously recorded mossy fiber inputs.
What weight to mention especially among these characteristics of the scheme is the simplification of procedure in changing the private key, and no other current keys need altering simultaneously.
CRISPR allows the possibility to knockout genes in cells, to easily alter simultaneously multiple genes to study their interactions, and to create animal models much more quickly than before.
Posing for press photos with a mask or a vinyl LP shielding her face, Gundred's alter ego simultaneously piqued interest and helped her cope with an inherent shyness.
This study demonstrates that when individuals were exposed to realistic and controlled simulated captivity, cognition, mood, stress hormones, nutritional status and heart rate are simultaneously altered, and each of these subsequently recovers at different rates.
The optimization methods are (i) the black-box method with finite difference gradients, (ii) a modification where gradients are found by an algorithm based on the implicit function theorem, and (iii) an all-atonce method where the flow and design variables are simultaneously altered.
