The phrase "and develop effective therapeutic" is correct and usable in written English.
It can be used in contexts related to healthcare, psychology, or any field that involves creating or improving treatment methods.
Example: "Our research aims to identify new compounds and develop effective therapeutic strategies for managing chronic pain."
Alternatives: "and create successful treatments" or "and formulate efficient therapies".
Model animals that closely and reliably mimic the human tumor microenvironment are needed to evaluate the antitumor activities and develop effective therapeutic regimens involving liposomal anti-cancer drugs and drugs whose effects, such as antiangiogenesis, require interaction with the blood vessels, as the usefulness of such drugs depends on the tumor microenvironment [ 9].
Only a few years ago, the proteases responsible for the processing of amyloid-β precursor protein (APP) were completely unknown, hampering efforts to understand the molecular basis of Alzheimer's disease (AD) and develop effective therapeutic agents.
Therefore, it's essential to unveil the underlying mechanism of tumor progression and develop effective therapeutic strategies.
Therefore, an improved understanding of the molecular mechanisms of tumor initiation, progression, and metastasis formation of CCA is urgently required as the basis to identify novel therapeutic targets and develop effective therapeutic strategies.
Remarkably, such knowledge can be exploited in both understanding MM biology and developing effective therapeutic strategies.
There is an international effort to understand the biology of AD to develop primary and secondary prevention strategies, and to develop effective therapeutic interventions for individuals who are already symptomatic.
To identify accurate predictive biomarkers and to develop effective therapeutic modalities, elucidation of molecular mechanisms underlying the rapid growth and the high propensity for relapse of SCLC is essential.
New longitudinal research on this complex relationship is warranted to further understand underlying mechanisms and to develop effective therapeutic strategies.
Therefore, it is important to know the factors that regulate bone mass, and to develop effective therapeutic methods.
Further studies are therefore urgently needed to better understand these conditions, and to develop effective therapeutic interventions.
These results highlight the necessity to investigate and understand the specific death signaling pathways committed in rods and cones to develop effective therapeutic approaches to treat RP diseases.
