The phrase "alteration could also" is correct and usable in written English.
It can be used when discussing the possibility of making changes or modifications in a particular context.
Example: "In the design process, alteration could also enhance the overall functionality of the product."
Alternatives: "modification might also" or "change could likewise".
As a decrease in monocyte HLA-DR expression (mHLA-DR) has been repeatedly described in septic patients with an increase risk of death, we tested whether this immune alteration could also be observed after out-of-hospital cardiac arrest (OHCA).
Moreover, being Candoglia a very compact stone which is not particularly affected by decohesion phenomena in this specific case study, such colour alteration could also be related to the reduced penetrations of the treatments within the mineral matrix.
Conceivably, the alteration could also affect the differentiation of stem cell precursors that contribute to a specific niche in lobuloalveolar expansion [64], [65].
CoQ deficiency, mitochondrial dysfunction, and cell bioenergetics alteration could also explain the low muscular and aerobic capacity observed in some groups of FM patients [ 33, 34].
Furthermore, the CDK8 gene copy alteration could also serve as a biomarker with which to select patients for treatment with a CDK8 targeting agent, once developed.
Modality-specific alterations could also be used to have a precise analysis of the efficiency of the proposed methodology.
In addition, preoperative enhancements in muscle health with corresponding benefits in overall fitness, BFR induced molecular alterations could also be able to interfere with TKA induced pathological signaling.
Changes in the composition of bowel communities is accepted to occur in relation to antibiotic-associated colitis of the elderly, but compositional alterations could also be relevant to allergic diseases in children and inflammatory bowel diseases (i.e. Crohn's disease and ulcerative colitis).
These cellular alterations could also affect the ability of the cell to properly send and receive signals necessary for early germline maintenance and differentiation.
Epigenetic alterations could also transfer this susceptibility to future generations, leading to individuals developing not only asthma at 4 years of age but also respiratory, cardiovascular or systemic diseases ≥ 20 years later.
Such membrane alterations could also explain the role of CYSTM proteins such as PCC1 in pathogen resistance, namely in blocking invasion of intracellular pathogens that form an interface with the host membrane.
