The phrase "assess in most" is not correct and does not convey a clear meaning in written English.
It may be intended to express evaluating something in the majority of cases, but the phrasing is awkward and unclear.
Example: "We need to assess in most situations how this policy will impact our team."
Alternatives: "evaluate in most cases" or "review in the majority of instances."
In particular, executive functioning – a constellation of cognitive functions which enables the organism to focus on multiple streams of information simultaneously, and revise plans as necessary – is poorly assessed in most animal DNT studies.
Recent research has addressed the emotion recognition problem with techniques such as Artificial Neural Networks (ANNs)/Hidden Markov Models (HMMs) and reliability of proposed approaches has been assessed (in most cases) with standard databases.
Despite a better knowledge of pathophysiology, and a wider use of new molecular technologies for the diagnosis, the etiological diagnosis of acute encephalitis is not assessed in most cases.
However, compositions of other cannabinoids including CBD, minor cannabinoids, and other important compounds such as terpenes were not assessed in most of these trials.
The threat posed by these biased assessments of project success is not easy to address in project management practice; risk impact is formally assessed in most projects, and project managers may assume that risk impact has been appropriately considered during the project-related decision process.
These types of complications were not assessed in most of the other studies.
Vice versa, P2 is only reported in NG, but has not been assessed in most other populations.
Furthermore, there are some risk factors for TB disease that have not been assessed in most of the reviewed studies.
Different immunological effects of the Rituximab therapy were assessed in most of the patients (17 out of 22) included in this study.
Only contractility of the longitudinal layer has been assessed in most of the studies investigating intestinal smooth muscle function in parasite infection models.
