The phrase "alterations occur in" is correct and usable in written English.
It can be used when discussing changes or modifications that take place within a specific context or system.
Example: "In the study, we found that significant alterations occur in the behavior of the subjects when exposed to different stimuli."
Alternatives: "changes take place in" or "modifications happen in".
Multiple experimental and clinical trials have shown that microcirculatory alterations occur in sepsis and that these may play a role in the development of organ dysfunction.
Although genetic alterations occur in both adenocarcinomas and squamous cell carcinomas effecting RTK signaling, these NSCLC sub-types have different dominant mutations, amplifications, or rearrangements (Table 1).
When glucose contacts this biosensor, alterations occur in both cathodic (due to consumption of O2) and anodic (due to release of H2O2) currents during cyclic voltammetry measurements.
Of interest, many of these acquired alterations occur in human astrocytomas, further validating GFAP-RAS as a useful model for studying astrocytoma development and progression.
Experimental and, more recently with development of new techniques that allow direct visualization of the microcirculation [3], clinical evidence indicate that microcirculatory alterations occur in severe sepsis and septic shock and that these alterations may play a role in the development of organ dysfunction.
For example, consider the Second Analogy of Experience, which Kant describes as "the principle of temporal sequence according to the law of causality," and which says that "all alterations occur in accordance with the law of the connection of cause and effect" (A189 211/B232 256).
(7) An international research effort led by Dr. Gilbertson showed the alterations occur in distinctly different cells destined to become different brain structures.
It remains, however, unproven at which stage the small vessel alterations occur in humans.
These observations suggest that thymic alterations occur in SD in both mouse and human via a common mechanism.
Based on our current results, we propose a mechanism by which thymic alterations occur in Hexb deficient mice as follows.
As a whole, this gene signature suggests a series of molecular alterations occur in aggressive melanomas that promote melanoma cell growth, survival and apoptotic resistance which contribute to the unresponsiveness of melanomas to traditional chemotherapeutic agents [51].
