Journal Title：Bionanoscience

bionanoscience Is A New Field Of Research That Has Emerged At The Interface Of Nanoscience And Biology, Aimed At Integration Of Nano-materials Into Engineered Systems, For New Applications In Biology And Medicine. The Aim Of Bionanoscience Is To Provide A Forum For The Rapidly Growing Area Of Bionanoscience, Emphasizing The Link Between Structure, Properties And Processes Of Nanoscale Phenomena In Biological And Bioinspired Structures And Materials For A Variety Of Engineered Systems. The Journal Promotes Fundamental Research In Bionanoscience And Engineering To Advance Nanoscience, Nanotechnology And Engineering, Toward Application In Biology And Medicine. This New Journal Will Provide A Forum For This Interdisciplinary Community By Publishing Highest Quality Peer-reviewed Publications.

methods Covered In This Journal Include Experimental (including But Not Limited To Imaging, Via Sem/afm/optical Microscopy And Tweezers; X-ray Scattering And Diffraction Tools, Electrical/magnetic Characterizations; Design, And Synthesis Via Self-assembly, Layer-by-layer, Langmuir Films; Biotechnology, Via Recombinant Dna Methods, And Protein Engineering, Etc.), Theoretical (e.g. Statistical Mechanics, Nanomechanics, Quantum Mechanics, Etc.) And Computational (bottom-up Multi-scale Simulation, First Principles Methods, Supercomputing, Etc.) Research.

areas Of Applications Of Interest Include All Relevant Physical, Chemical, And Biological Phenomena And Their Engineering Into Integrated Systems: Mechanical (e.g. Deformation, Adhesion, Failure), Electrical And Electronic (e.g. Electromechanical Stimulation, Capacitors, Energy Storage, Batteries), Optical (e.g. Absorption, Luminescence, Photochemistry), Thermal (e.g. Thermomutability, Thermal Management), Biological (e.g. How Cells Interact With Nanomaterials, Molecular Flaws And Defects, Biosensing, Biological Mechanisms S.a. Mechanosensing), Nanoscience Of Disease (e.g. Genetic Disease, Cancer, Organ/tissue Fa Ilure), As Well As Information Science (e.g. Dna Computing). The Journal Covers Fundamental Structural And Mechanistic Analyses Of Biological Processes At Nanoscale And Their Translation Into Synthetic Applications. Studies Of Interfaces (e.g. Between Dissimilar Structures, Organic-inorganic) Are Of Particular Interest. In The Area Of Interface Between Dissimilar Structures, Papers Are Also Welcome On Hybrid Systems, Including Cmos Integrated Circuits Embedding Organic Nanostructures As Well As Biological Components.

生物納米科學是納米科學和生物學交叉領域中出現的一個新研究領域，旨在將納米材料整合到工程系統中，以用于生物學和醫學領域的新應用。生物納米科學的目的是為快速發展的生物納米科學領域提供一個論壇，強調生物和仿生結構和材料中納米級現象的結構、特性和過程之間的聯系，這些結構和材料適用于各種工程系統。該期刊促進生物納米科學和工程領域的基礎研究，以推動納米科學、納米技術和工程在生物學和醫學領域的應用。這本新期刊將通過出版最高質量的同行評審出版物，為這個跨學科社區提供一個論壇。

本期刊涵蓋的方法包括實驗（包括但不限于通過 Sem/afm/光學顯微鏡和鑷子進行成像；X 射線散射和衍射工具、電/磁特性；通過自組裝、逐層、朗繆爾膜進行設計和合成；通過重組 DNA 方法和蛋白質工程等進行生物技術）、理論（例如統計力學、納米力學、量子力學等）和計算（自下而上的多尺度模擬、第一原理方法、超級計算等）研究。

感興趣的應用領域包括所有相關的物理、化學和生物現象及其集成系統的工程化：機械（例如變形、粘附、失效）、電氣和電子（例如機電刺激、電容器、儲能、電池）、光學（例如吸收、發光、光化學）、熱（例如熱變性、熱管理）、生物（例如細胞如何與納米材料相互作用、分子缺陷和缺陷、生物傳感、生物機制 S.a. 機械傳感）、疾病納米科學（例如遺傳病、癌癥、器官/組織故障）以及信息科學（例如 DNA 計算）。該期刊涵蓋納米級生物過程的基本結構和機械分析及其向合成應用的轉化。界面研究（例如不同結構之間、有機-無機之間）尤其令人感興趣。在不同結構之間的界面領域，也歡迎關于混合系統的論文，包括嵌入有機納米結構以及生物成分的 CMOS 集成電路。

Bionanoscience由Springer Nature出版商出版，收稿方向涵蓋MATERIALS SCIENCE, BIOMATERIALS全領域，平均審稿速度 ，影響因子指數3，該期刊近期沒有被列入國際期刊預警名單，廣大學者值得一試。