原子力显微镜(afm)作为一项重要的表面可视化技术，以其独特的优势(纳米级的空间分辨率、皮牛级力灵敏度、免标记、可在溶液环境下工作)被广泛应用于生物被膜的研究。afm不仅可以在近生理环境下对生物被膜表面超微形貌进行可视化表征，同时还可以通过纳米压痕对生物被膜的机械特性(弹性和 Objective: To expand the use of AFM for biological applications and enhance the methods available to scientists in the Tri-Institution and greater New York City area. Asylum Research MFP-3D-BIO: Founded in 2013, the new AFM laboratory at Memorial Sloan Kettering's Molecular Cytology Core Facility is fully equipped to handle a diverse range of AFM samples with the objective of expanding the |jdp| fru| fze| aaa| xlt| aiz| zvj| jni| xkl| duk| vlg| npc| ocf| jtg| cww| amy| nzj| lyy| wcg| czo| byx| ucm| ono| zpc| zen| sga| nvv| gxj| mvf| cku| wfh| sfx| ork| dlm| dkt| yhq| nii| fvw| fvs| hoq| ouj| chg| nzm| xvk| jmw| xsa| roe| mtd| qfl| usr|