The phrase "allow deeper insight" is correct and usable in written English.
You can use it when discussing the ability to gain a more profound understanding of a subject or situation.
Example: "The new research methods allow deeper insight into the effects of climate change on marine life."
Alternatives: "provide greater understanding" or "enable more profound comprehension."
Using stable isotopes of water (2H, 18O) for determining the sources of water transpired could allow deeper insight, as proposed by Brunel, Walker and Kennett-Smith (1995), or Verweij et al. (2011).
The former allow deeper insight into the molecular mechanisms of toxicity and identification of the primary targets of NPs; however, the patterns of the distribution of NPs in the body and their transport to different tissues and cells are not taken into consideration.
Assessing the relative influence of environmental barriers, prezygotic barriers and fitness differentials across this hybrid zone would allow deeper insight into the evolutionary process at play when vicars meet [2], [4], [8].
In addition, our data extend the typical co-expression approach to allow deeper insight into cell wall biology in rice.
Secondly, sixteen Y short tandem repeats (Y-STR) were used as they allow deeper insight (micro analysis) into the relationship between individuals of a same region.
These strategies allow deeper insights into the lipid metabolism and evolutionary strategies of these photosynthetic microorganisms.
This enables studies that should allow deeper insights into the mechanisms allowing CTCs to form manifest metastasis.
54 Semistructured interviews will be conducted to allow deeper insights into the lived caregiving experience, beyond the information gathered using questionnaires.
A clear picture of the organization of functional areas in individual subjects would allow deeper insights into underlying functional anatomy (e.g., Devlin and Poldrack 2007).
The truncated hiAP used in this study provides an additional instrument to address such questions, because truncated hiAP fused to signal peptides or to parts of proteins that are secreted continuously (e. g. lysosomal hydrolases) or in a stimulus dependent manner (e. g. proteins of the GRL family) might allow deeper insights into the secretory pathways and their regulation.
In the current development stage, the introduced methods are providing useful information and allow deep insight to the measured data.
