The phrase "a method to potentially" is correct and usable in written English.
It can be used when discussing a technique or approach that may lead to a certain outcome, indicating uncertainty or possibility.
Example: "We are exploring a method to potentially improve our product's performance in the market."
Alternatives: "a way to possibly" or "an approach to potentially".
Self-collection is an acceptable method to potentially increase participation [ 6].
Management activity that controls surrounding heterospecific vegetation density and height during the flowering period may increase pollination success and fruit maturation, functioning as a cost-effective method to potentially increase rare plant offspring recruitment by modifying the pre-existing natural selective pressures on the biotic interactions of the system.
This paper has outlined a relatively straightforward yet novel method to potentially obtain a quantitative estimate of total residual confounding.
In this study, we made a serendipitous discovery that various iron-based MNPs themselves actively increase CXCR4 expression of mouse bone-marrow-derived MSCs, which offers a simple and safe method to potentially target MSCs to solid tumor and acute injury sites that secret SDF-1α.
The HHWC intervention presents a low-cost and relatively rapid method to potentially improve maternal, newborn and child health outcomes, as this is a major focus of frontline health workers within many low resource settings.
Recently, Tatonetti et al. [ 24] published a method to extract potentially significant drug-ADE associations from FAERS and a new accompanying data set of such associations (OFFSIDES).
James Basilion (Massachusetts General Hospital, Boston, Massachusetts, USA) outlined the use of MRI as a method to detect tumors or potentially monitor gene therapy.
Our current study provided a method to perform a survey of potentially all cell populations responsive to reelin signalling.
Knowledge of these higher order sequences provides both a screen for clones containing such problem sequences, and potentially a method to generate more detailed knowledge of tandem repetitive regions such as centromeres or telomeres.
William Dietrich and graduate student Daniella Rempe have proposed a method to determine underground details without drilling, potentially providing a more precise way to predict water runoff, the moisture available to plants, landslides and how these will respond to climate change.
