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深圳先进院杜学敏研究员入选Nanoscale 2021年度Emerging Investigators并受邀发表可变色柔性驱动器研究进展综述（图）
杜学敏 2021年 Emerging Investigators 纳米材料 柔性驱动器 生物医学
2021/5/12
近日，中国科学院深圳先进技术研究院医工所纳米调控中心杜学敏研究员被遴选为英国皇家化学学会旗下Nanoscale期刊2021年度Emerging Investigators，该荣誉颁授给在纳米领域有重要创新性研究成果的优秀青年科学家，他们在纳米科学与技术方面取得的成果被认为有望影响未来纳米研究的发展方向。杜学敏研究员还受邀在Nanoscale 2021 Emerging Investigators专...
2019年3月，药学院药剂学教研室范博副教授在一区期刊《Nanoscale》（影响因子：6.895）发表了题为“Photoacoustic-imaging-guided therapy of functionalized melanin nanoparticles: combination of photothermal ablation and gene therapy against lary...
近日，药学院孙勇课题组在中科院一区TOP期刊《Nanoscale》上发表题为“Novel polymeric micelles as enzyme-sensitive and nucleartargeted dual-functional drug delivery vehicles for enhanced 9-Nitro-20(S)-camptothecin delivery and anti...
2018年SPIE纳米成像，感应和激活生物医学应用会议（SPIE Nanoscale Imaging, Sensing,and Actuation for Biomedical Applications XV）
2018年 SPIE 纳米成像，感应和激活生物医学应用 会议
2017/10/26
2018年SPIE纳米成像，感应和激活生物医学应用会议（SPIE Nanoscale Imaging, Sensing,and Actuation for Biomedical Applications XV）。
2017第14届纳米成像，感应和激励生物医学应用研讨会（Nanoscale Imaging,Sensing,and Actuation for Biomedical Applications XIV）
2017 第14届 纳米成像，感应和激励生物医学应用 研讨会
2017/1/12
BiOS is organized into six tracks. Choose a track and click to see the list of conferences.Review conference details by clicking on the titles below. These details include paper titles, authors, sched...
Nanoscale Changes in Collagen are Reflected in Physical and Mechanical Properties of Bone at the Microscale in Diabetic Rats
Zucker diabetic Sprague–Dawley Atomic Force Microscopy Raman Spectroscopy
2014/12/4
Diabetes detrimentally affects the musculoskeletal system by stiffening the collagen matrix due to increased advanced glycation end products (AGEs). In this study, tibiae and tendon from Zucker diabet...
Type I Collagen Exists as a Distribution of Nanoscale Morphologies in Teeth, Bones and Tendons
collagen nanoscale morphologies bones
2014/11/6
This study demonstrates that collagen, the most abundant protein in animals, exists as a distribution of nanoscale morphologies in teeth, bones, and tendons. This fundamental characteristic of Type I ...
Nanoscale Morphology of Type I Collagen is Altered in the Brtl Mouse Model of Osteogenesis Imperfecta
AFM nanoscale
2014/11/6
Bone has a complex hierarchical structure that has evolved to serve structural and metabolic roles in the body. Due to the complexity of bone structure and the number of diseases which affect the ultr...
Effects of tissue hydration on nanoscale structural morphology and mechanics of individual Type I collagen fibrils in the Brtl mouse model of Osteogenesis Imperfecta
AFM Ultrastructure Genotype/phenotype D-periodic spacing Modulus Energy
2014/11/6
Type I collagen is the most abundant protein in mammals, and is a vital part of the extracellular matrix for numerous tissues. Despite collagen’s importance, little is known about its nanoscale morpho...
Applications of atomic force microscopy for the assessment of nanoscale morphological and mechanical properties of bone
Atomic Force Microscopy Scanning probe microscopy
2014/11/6
Scanning probe microscopy (SPM) has been in use for 30 years, and the form of SPM known as atomic force microscopy (AFM) has been around for 25 of those years. AFM has been used to produce high resolu...
Nanoscale Structure of Type I Collagen Fibrils: Quantitative Measurement of D-spacing
Collagen fibril D-spacing 2D FFT AFM
2014/11/6
This article details a quantitative method to measure the D-periodic spacing of type I collagen fibrils using atomic force microscopy coupled with analysis using a two-dimensional fast fourier transfo...
Nanoscale Changes in Collagen are Reflected in Physical and Mechanical Properties of Bone at the Microscale in Diabetic Rats
Zucker diabetic Sprague-Dawley Atomic Force Microscopy Raman Spectroscopy Reference Point Indentation D-spacing Advanced Glycation End Products
2014/11/6
Diabetes detrimentally affects the musculoskeletal system by stiffening the collagen matrix due to increased advanced glycation end products (AGEs). In this study, tibiae and tendon from Zucker diabet...
Micro/Nanoscale Biomechanics of Actin Stress Fibers.
Biomechanics at Micro-and Nanoscale Levels.