The phrase "allow for personalizing" is correct and usable in written English.
It can be used when discussing the capability or flexibility of a system, product, or service to be customized according to individual preferences.
Example: "The software is designed to allow for personalizing the user interface to enhance user experience."
Alternatives: "enable customization" or "permit personalization."
Online education can solve this problem because it allows for personalized learning.
Trends that allow for highly personalized looks such as Kate Upton's curves in her hair and body on the cover of Vanity Fair, (sometimes the shortest distant from point A to point B isn't a straight line,) or with pink accent hair pieces, or swapping wigs like Nicki Minaj to super popular "lobs" (that's a grown out "bob cut") as seen on Beyonce.
However, MRT has the unique potential to provide patient-specific molecular information allowing guidance for personalized treatment.
The clinical relevance of these findings resides on the fact that adhesive application as surface treatment for personalizing FP could allow for a more safely indication of the customized-post technique, since the failure patterns in this study showed that the FP-CR sample showcased a "one-body" mechanical behavior when the specific adhesive was used.
The development of a noninvasive method to probe PR status would allow for repeat measurements, decreased patient discomfort, personalized treatment decisions, and improved characterization of the tumor mass.
The ability to predict patients who are at high risk for early recurrence based on tumor biomarkers can facilitate the provision of personalized treatment and may allow for improved disease survival.
These types of learning tools allowed for reflection and personalized learning, making it more relevant and interesting.
Personalizing the learning environment also can allow for a sense of safety and trust from which critical feedback is welcomed and seen as a tool for challenging and improving thinking.
Such an understanding is needed to facilitate 'personalized AD medicine', and eventually allow for clinical trials targeting specific AD subtypes.
Effective, personalized anti-metastatic diagnostic and therapeutic approaches have been impeded due to a lack of in vitro models that adequately recapitulate cell invasion/migration mechanisms [ 4, 8– 10] to allow for rapid development of anti-metastatic drugs [ 11– 16].
