The phrase "a potential bioactive material" is correct and usable in written English.
It can be used when discussing substances that may have biological activity or effects, particularly in fields like medicine, pharmacology, or materials science.
Example: "Researchers are investigating a potential bioactive material that could enhance wound healing."
Alternatives: "a possible bioactive substance" or "a prospective bioactive compound."
Porous calcium silicates (CaSiO3, WT) are regarded as a potential bioactive material for bone tissue engineering.
Strontium contained biomaterials have been reported as a potential bioactive material for bone regeneration, as it reduces bone resorption and stimulates bone formation.
Porous akermanite (Ca2MgSi2O7, AKT) ceramic scaffolds are regarded as a potential bioactive material for bone tissue engineering due to their biodegradability and osteostimulatory property.
The NAP/PPS PPSA biocomposite not only had good homogeneity but also had high NAP content of 60%, which was a potential bioactive material to be used as load-bearing implants or fixation in bone repair.
The present work aimed at developing a novel carbon fiber-reinforced polyetheretherketone nanohydroxyapatite (PEEK/CF/n-HA) ternary biocomposite with micro/nano-topographical surface for the enhancement of the osteogenesis as a potential bioactive material for bone grafting and bone tissue-engineering applications.
The wide distribution of natural resources in Brazil and the natural diversity of chemical components provide the country with potential bioactive materials (Duarte et al., 2005).
Thus, the RGD is a potential bioactive tri-peptide derived from o-OPN.
Presence of high quantity of important secondary metabolites makes J. dolomiaea roots a potential bioactive agent.
The peptide-modified MSNs with better bioactivity and osteogenic differentiation make it a potential candidate as bioactive material for bone repairing, bone regeneration, and bio-implant coating applications.
For bio-based materials, cellulose has high potential as a bioactive material.
The Ca-implanted Ti specimen showed more active electrochemical behavior than non-implanted specimen, and easier formation of apatite with good Ca / P ratio in the range of 1.38 and 1.60, revealing its potential as a bioactive material.
