The phrase "a multifunctional platform for" is correct and usable in written English.
It can be used when describing a platform that serves multiple functions or purposes, often in a technological or business context.
Example: "Our company has developed a multifunctional platform for managing various aspects of project collaboration."
Alternatives: "a versatile platform for" or "a multipurpose platform for".
Cancer radiogenetic therapy is a new approach that utilizes a multifunctional platform for tumor imaging, targeting, and gene delivery [10 13].
The pioneering unearthed single-electrode working modes start up a multifunctional platform for both energy harvesting and self-powered touch sensors.
LDH can be considered a landscape's ecological matrix that serves as a multifunctional platform for garden-related sociocultural and economic functions.
Within this resource, a multifunctional platform for volume delineation has been created.
All these results indicate that the NMBG-PLGA/CS scaffolds may be used as a multifunctional platform for bone tissue engineering.
In order to address this issue, our paper presents, for the first time, the integration on a single glass substrate of different thin film technologies in order to develop a multifunctional platform suitable for on-chip thermal treatments and on-chip detection of biomolecules.
Baculovirus represents a multifunctional platform with potential for biomedical applications including disease therapies.
It is confirmed that biocompatible DOX-MnFe2O4@mSiO2 nanocomposites can act as a potential multifunctional platform for effective magnetic targeting photothermal/chemo dual-modal synergistic therapies with enhanced anti-tumor efficacy and T1/T2-weighted dual-mode magnetic resonance imaging (MRI) applications in vivo.
Due to possessing plentiful catechol and amine functional groups, PDA coating can serve as a versatile multifunctional platform for further secondary reactions, leading to tailoring of the coatings for protein bioconjugation by the thiols and amines via Michael addition or Schiff base reactions.
The combination with their hollow interior and controllable surface porosity for carrying drugs for targeted delivery, as well as their potential use as photothermal transducers, makes nanocages a unique, multifunctional platform for diagnostics, therapeutics, and photonics.
These particles exhibit a combination of physical, chemical, optical, and electronic properties different from other biomedical nanotechnologies and provide a highly multifunctional platform for biochemical applications in the delivery of gene, imaging agents, and drugs [ 56, 57].
