Reply to Sharif et al.

Artificial intelligence in prosthodontics

“…AI is useful to fabricate various RPD designs and components. It can autonomously suggest different framework designs best suited for the patient [ 27 ]. Recently, AI models and convolutional neural networks (CNN) have been used to classify dental arches and assist in the fabrication of RPDs.…”

“…The role of AI in implant dentistry is synchronous with the advancement of three-dimensional cone beam computed imaging and intra-oral digital scans [ 27 ]. The data generated by these three-dimensional machines is useful by AI to methodically design and fabricate the implant prosthesis.…”

“…In a comprehensive manner, AI-powered implants are useful to generate next-generation implant prostheses. However, some studies have concluded that the effectiveness and reliability of AI models should be evaluated before they are recommended for clinical practice [ 27 , 42 ].…”

Chitosan-covered liposomes as a promising drug transporter: nanoscale investigations

“…[28][29][30] Moreover, because of its bioadhesive properties, chitosan has also been worth in novel bioadhesive drug delivery systems for the treatment of wounds and burns as well as for local administration of drugs in treatments of diseases in the eyes, nasal, mucosa, or tumors. [31][32][33][34] Besides, chitosan is reported to have other biological and biomedical properties, such as antitumor, 35 antimicrobial, 36 and antioxidant activities. 37 Chitosan has been used in drug delivery systems in different forms, like tablets, microspheres, micelles, vaccines, nucleic acids, hydrogels, nanoparticles, and conjugates.…”