The phrase "multitude of stress" is correct and usable in written English.
You can use it to refer to an array of pressures and concerns one has to manage. For example, "The effects of the pandemic have created a multitude of stress in my life, from financial worries to the lack of ability to interact with family."
In practice, a structure is subjected to given loads and boundary conditions, and a multitude of stress and strain states may exist in the structure; hence, optimal construction of a laminate in a structure cannot be sought by considering only a limited number of stress resultants in the existence of multiple load cases.
NPs and free ions co-exist extracellularly and/or intracellularly, indicating a multitude of stress pathways [33, 44].
While one can find a multitude of stress reduction techniques to use to lessen the effects of stress, advancements in functional, real-time neuroimaging are being used by elite athletes and performers to actually prevent stress before it gets out of control.
The enhanced expression of all the GSP-encoding genes at one or both time points in the present study indicates that the bacterium experienced a multitude of stress factors upon the encounter with urine.
Heat-shock proteins (HSPs) respond to cellular stress and HSP90 specifically functions in a multitude of stress pathways.
In response to a multitude of stress conditions, HSF1 acquires DNA binding activity to the heat shock element, leading to the accumulation of Hsps (Wu, 1995; Morimoto, 1998).
Given what is now known about the complexity of the preservation process and the multitude of stresses induced, it is clear that future advances will only be accomplished through multifaceted approaches.
These systems also lack the replenishment of crucial nutrients and other cofactors (e.g. GSH, PAPS and UDP-GA) and the removal of waste products from the break-down of both endogenous and exogenous substrates, a deficiency that can make the exposed cells more vulnerable to self-generated and artificial levels of a multitude of stress-inducing substances.
BSA deposition on plants is accompanied by a multitude of stresses including oxidative stress, pathogenesis, and wounding [ 55– 55].
P53, P21Cip1 and pRb are well known regulators of both proliferation and apoptosis in response to a multitude of stresses.
A multitude of stresses has been demonstrated to modulate cellular SUMO modification dynamics, including heat shock, ionizing radiation, proteotoxicity, and bacterial infection.
