The phrase "augmentation material" is correct and usable in written English.
It can be used in contexts related to enhancing or improving something, often in fields like medicine, technology, or manufacturing.
Example: "The surgeon explained that the augmentation material would be used to enhance the patient's recovery process."
Alternatives: "enhancement substance" or "supplementary material".
The biocompatibility and structural features of tissue-engineered chondrocyte PCS constructs indicate their potential as candidate dorsal augmentation material for use in rhinoplasty.
This is a pre-clinical study of lengthening the alveolar bone height using a thin osteoperiosteal bone flap, the "island bone flap" or i-flap, to establish vitality, stability and incorporation of the augmentation material after healing.
Therefore, we aimed to evaluate the outcome of using a novel tissue-engineered construct composed of autologous chondrocytes cultured with a porcine cartilage-derived substance (PCS) scaffold as an augmentation material in rhinoplasty.
In a comparative study, N2+, Ar+ and Ca+ ion implantation was used to modify subcutaneous augmentation material (SAM), a micro-porous form of polytetrafluoroethylene (PTFE) and nonporous PTFE, with a view to assessing the effect of ion implantation on the chemical and physical structure of these materials as well as the effect of porosity on the response to ion implantation.
To improve the upper lip profile, BFP can be used as an augmentation material [57].
For the establishment of dentin as augmentation material for jaw augmentation procedures, a prospective, clinical trial is now necessary.
The bone bed around dental implants is influenced by implant and augmentation materials, as well as the insertion technique used.
Recent developments in temporary vocal fold (VF) augmentation materials and office-based laryngeal procedures have expanded the role of vocal fold injection (VFI).
Histological comparison of human-based (AlloDerm) and porcine-based (ENDURAGen) dermal matrices regarding tissue incorporation and neovascularization as potential soft tissue augmentation materials.
PAAG does not induce as much physiological response to foreign body as other injectable augmentation materials.
Sinus augmentation with these augmentation materials is a well-accepted procedure; however, autogenous bone alone was the best material.
