Видео с ютуба Bioafm

NanoRacing to Watch Protein Dynamics at Over 50 fps | Bruker BioAFM Webinar

Optical Tweezers Configurations and Applications with NanoTracker 2 | BRUKER BioAFM Demonstration

Application of BioAFM in Molecular and Cell Biology

High-Speed Atomic Force Microscopy - DNA imaging at 50 frames per second

The Hydra BioAFM Nanonics' system.

Sanjay Kumar: Studying Cell Mechanics with AFM | Bruker AFMBIOMED

Conversations on AFM #2: Applications of BioAFM in Life Science

Вы не заболеете, используя BioAFM для визуализации клеточных стенок бактерий | Вебинар Bruker

AFM Bio | CM15 Antimicrobial Activity on Live E. coli Cells | Bruker

AFM Bio | CM15 Antimicrobial Activity on Nanoscale Structure of E. coli Bacterial Membrane | Bruker

Igor Sokolov: Physics of Cells in Cancer and Aging | Bruker AFMBIOMED

CellWizard Stage: Automated Multi-Chamber In Vitro Imaging and Nanomechanical Analysis

High-Speed Atomic Force Microscopy - DNA Origami imaging at 35 frames per second

The JPK BioAFM HybridStage: The versatile solution for challenging biological samples

Atomic Force Microscopy - JPK NanoWizard® AFM - tip scanner vs. sample scanner

AFM | BioScope Resolve Seamless Optical Microscopy and AFM integration | Bruker

Correlative AFM and STED – Rupture of microtubules in real-time

AFM | Cell Mechanics: Investigating the Nanomechanical Properties of Living Cells | Bruker

Hermann Schillers: Studying Tumor Platelet Interactions | Bruker AFMBIOMED

AFM Bio | Lipid Bilayer at 0.5fps with 20x50 frames | Bruker