"innovative finding" is a correct and usable phrase in written English.
It can be used when referring to a new and original discovery or result in a scientific or research context. Example: The research team's innovative finding on the effects of sleep on memory retention was published in a leading neuroscience journal.
The innovative finding provides new insight into the regulation of OCT4-BIRC5 OCT4-CCND1ND1 sinnaling in HCC, which may be helpful for cancer diagnosis and treatment.
This innovative finding provides new insight into the regulation of OCT4 on CCND1 expression through a previously unidentified mechanism and indicates a variety of novel biological and prognostic markers, as well as potential therapeutic targets, for cancer diagnosis and treatment.
The innovative finding of this study is that the methylation rate detected in plasma increased with increasing methylation rate in tumour tissues only in early-stage cancers, whereas this correlation was apparently lost in advanced cancers.
The most innovative finding of our study is the successful application for the first time of early FBO as a mucous clearance technique under NPPV in patients with COPD exacerbations who should have been intubated for their inability to cope with copious secretions and their altered level of consciousness [ 1, 2].
Several main innovative findings were obtained.
Later innovative findings by King and Wilson (1975) articulated the revolutionary theory of morphological evolution.
Challenges faced by health systems in low income countries demand innovative solutions; strategic approaches to facilitate diffusion of innovative findings have been developed and tested [ 30].
Concluding, it is my opinion that the innovative findings by Zampieri and colleagues should be more properly depicted as a relationship between reduced albumin and inflammation.
By highlighting these innovative findings, the current paper provides a timely review of the latest understanding of I/R and associated protective mechanisms linked to the unique role of ROS.
The innovative findings in this study may unveil a new concept in the management of osteoarthritis of the knee by shifting the initial treatment focus from the articular cartilage to the subchondral bone.
These innovative findings have resulted in a completely new way in which to explain reprogramming, called the 'see-saw' model wherein cell fate is dependent on the balance between pluripotency factors and/or counteracting lineage specifiers.
