Álvaro San Paulo

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14 noviembre, 2024

Investigadores del grupo de Bionanomecánica desarrollan un método rápido y preciso para detectar células de cáncer de mama a partir de su actividad metabólica

El Grupo Bionanomechanics Lab, del Instituto de Micro y Nanotecnología del CSIC (IMN-CSIC), en colaboración con Marcos Malumbres (Vall d’Hebron Institute of Oncology (VHIO), ha desarrollado un innovador método para suprimir la principal fuente de ruido en microscopía holográfica digital que permite visualizar la actividad metabólica de las células con alta resolución espacial y alta…

Cargo	RESEARCHER
Correo electrónico	alvaro.sanpaulo@csic.es
Teléfono	918060700
Website	www.imm-cnm.csic.es
Publicaciones	Publicaciones Nanomechanical Sensing for Mass Flow Control in Nanowire-Based Open Nanofluidic Systems High-Throughput Mass Measurement of Single Bacterial Cells by Silicon Nitride Membrane Resonators Detection Limits in Nanomechanical Mass Flow Sensing for Nanofluidics With Nanowire Open Channels Multifrequency Nanomechanical Mass Spectrometer Prototype for measuring viral particles using optomechanical disk resonators Correlative confocal and scanning electron microscopy of cultured cells without using dedicated equipment High-throughput determination of dry mass of single bacterial cells by ultrathin membrane resonators High dynamic range nanowire resonators Optical Transduction for Vertical Nanowire Resonators Effects of energy metabolism on the mechanical properties of breast cancer cells. Mechano-Optical Analysis of Single Cells with Transparent Microcapillary Resonators Nanomechanical properties of composite protein networks of erythroid membranes at lipid surfaces Mass and stiffness spectrometry of nanoparticles and whole intact bacteria by multimode nanomechanical resonators Optical Transduction and Actuation of Subwavelength Nanomechanical Resonators Effect of Actin Organization on the Stiffness of Living Breast Cancer Cells Revealed by Peak-Force Modulation Atomic Force Microscopy Silicon-nanowire based attachment of silicon chips for mouse embryo labelling Hydration Induced Stress on DNA Monolayers Grafted on Microcantilevers Improved thermal behavior of multiple linked arrays of silicon nanowires integrated into planar thermoelectric microgenerators High-sensitivity linear piezoresistive transduction for nanomechanical beam resonators Silicon nanowires: where mechanics and optics meet at the nanoscale Horizontally patterned Si nanowire growth for nanomechanical devices Tapered silicon nanowires for enhanced nanomechanical sensing Atomic force microscopy reveals two phases in single stranded DNA self-assembled monolayers Optical back-action in silicon nanowire resonators: bolometric versus radiation pressure effects Biosensors based on nanomechanical systems Challenges for nanomechanical sensors in biological detection Optomechanics with Silicon Nanowires by Harnessing Confined Electromagnetic Modes Shedding Light on Axial Stress Effect on Resonance Frequencies of Nanocantilevers Simultaneous imaging of the topography and dynamic properties of nanomechanical systems by optical beam deflection microscopy Exponential tuning of the coupling constant of coupled microcantilevers by modifying their separation Nanomechanical mass sensing and stiffness spectrometry based on two-dimensional vibrations of resonant nanowires Arrays of dual nanomechanical resonators for selective biological detection Mass Sensing Based on Deterministic and Stochastic Responses of Elastically Coupled Nanocantilevers,

Bionanomechanics Lab IMN CSIC

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Investigadores del grupo de Bionanomecánica desarrollan un método rápido y preciso para detectar células de cáncer de mama a partir de su actividad metabólica

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