저자의 연구 키워드

저자의 연구 키워드

#2-hydroxyethyl methacrylate (HEMA)

#3D printer

#3D printing

#가시광 매개 항균효과

#가시광 원격제어

#결찰 유도 치주염

#구강 스캐너

#구연산 환원법

#글루타르알데하이드

#금 나노입자

#금 나노튜브

#디지털 인상

#바니쉬

#불소바니쉬

#비커스 경도

#삼인산칼슘

#생체적합성

#세포활성도

#수산화인회석

#숲개밀

#재광화

#정확도

#진공 열처리

#최소살균농도

#최소억제농도

#치주질환

#탈회

#토란 추출물

#티타니아 나노튜브

#파골세포분화

#하이드록시에틸메타크릴산

#항균

#항균 지속성

#항균능

#항균물질

#항균의 지속성

#항균효과

#항염

#acceleration aging

#accuracy

#Ag-NiTiO 나노튜브

#Ag-NiTiO nanotubes

#all ceramic system

#Antibacterial activity

#antibacterial agent

#Antibacterial agents

#Anti-inflammation

#Antimicrobial effect

#Biocompatibility

#Biomedical Engineering

#bis-GMA-based

#bond strength

#Brachypodium sylvaticum

#Ceramic

#Citrate reduction

#clear aligner

#deformity

#Demineralization

#Dental ceramic

#Dentistry

#Digital impression

#Dimensional change

#Electrophoretic deposition

#esthetic

#Flexural strength

#fluorescence

#Fluoride varnish

#Glutaraldehyde

#Gold nanoparticle

#Gold nanoparticle(GNP)

#Gold nanotubes

#Hydroxyapatite

#Improved dental stone

#in vivo

#Infrared LASER

#Intraoral scanner

#MBC

#MIC

#MTT

#NiTi 합금

#NiTi ally

#Ortho-phthalaldehyde

#osteoblast

#Osteoclast differentiation

#Periodontal disease

#pH condition

#PLA-tetracycline complexes

#Remineralization

#Resin cement

#RMS(Root mean square)

#Rosin-based

#Self-adhesive resin cement

#Setting time

#Shear bond strength

#Solubility

#Streptococcus mutans

#Surface treatment

#Sustainability of antibacterial activity

#Sustained antibacterial effect

#tissue engineering

#Titania nanotube

#Titania nanotubes

#titanium implant

#Tricalcium phosphate

#Vacuum heat-treatment

#Vickers hardness

#Visible light mediated antibacterial effect

#Visible light remote control

#Water sorption

#zirconia