#invited

• Reactive gliosis is a critical pathophysiological component in normalization of functional connectivity after stroke

• Multiscale Imaging of collagen topology in cancer invasion and progression

• Contrast-enhanced ex vivo microCT imaging for virtual 3D histology of biological tissues

• Correlation of Light- and Electron Microscopic Images with Convolutional Neural Networks

• Graph neural network approach to anomalous random walks characterisation: application to unsupervised membrane protein dynamics analysis

• Multiscale LivE imaging of bone remodeling and regeneration

• Correlative cryo-microscopy: a 3D glance into intact cells with nanometer resolution

• From gene expression atlases to ultrastructure: the contribution of multimodal imaging to study specific cell types in multicellular organisms

• MOBIE: a free and open-source platform for integration and could based sharing of multi-modal correlative big image data

• Co-registration of optoacoustic tomography and magnetic resonance imaging data from murine tumour models

• Whole cell organelle segmentation in volume electron microscopy

#preclinical

• Reactive gliosis is a critical pathophysiological component in normalization of functional connectivity after stroke

• Contrast-enhanced ex vivo microCT imaging for virtual 3D histology of biological tissues

• Co-registration of optoacoustic tomography and magnetic resonance imaging data from murine tumour models

• Bone Beyond Borders – Monetite-Based Calcium Phosphate Induces Bone Formation Outside The Skeletal Envelope In An Ovis Aries Occipital Bone Model

• A preclinical platform that combines dynamic scintigraphy, SPECT and CT imaging towards bone defect diagnosis and therapy assessment

• Muldimodal imaging for cell tracking: Bench to Bedside (and back)

• Molecular subtyping of breast cancer via intravoxel incoherent motion (IVIM)- diffusion weighted imaging (DWI) of the hypoxic tumor microenvironment

#imaging-across-scales

• Multiscale Imaging of collagen topology in cancer invasion and progression

• Graph neural network approach to anomalous random walks characterisation: application to unsupervised membrane protein dynamics analysis

• Multiscale LivE imaging of bone remodeling and regeneration

• From gene expression atlases to ultrastructure: the contribution of multimodal imaging to study specific cell types in multicellular organisms

• MOBIE: a free and open-source platform for integration and could based sharing of multi-modal correlative big image data

• Euro-BioImaging can support your research with access to the best imaging tools

• Image-to-Image Translation in Multimodal Image Registration: How Well Does It Work?

• EcClemv2: A new version of a flexible software for correlative workflows

• Investigating tuberculosis pathology in the human lung with 3D X-ray Histology; a correlative imaging approach

• Effect of PBM on rotenone-damaged ultrastructure of glioma cells

• Unusual nanoparticles for multiscale imaging in personalised medicine: From bench to bedside

#CLEM

• Correlation of Light- and Electron Microscopic Images with Convolutional Neural Networks

• Correlative cryo-microscopy: a 3D glance into intact cells with nanometer resolution

• From gene expression atlases to ultrastructure: the contribution of multimodal imaging to study specific cell types in multicellular organisms

• MOBIE: a free and open-source platform for integration and could based sharing of multi-modal correlative big image data

• Whole cell organelle segmentation in volume electron microscopy

• ZEISS Correlative Cryo Workflow – from image acquisition to visualization & analysis

• Providing in situ cryo-CLEM capabilities for any cryo-FIB/SEM systems – improve correlation accuracy and cryo-electron tomography sample yield

• Cryo-CLEM inside the Aquilos Cryo-FIB using a new integrated fluorescence light microscope

• From CLEM to chemical contrast

• Fast Computation of Mutual Information with Application to Global Multimodal Image Alignment of Micrographs

• Correlative super resolution and electron microscopy methods for nanomedicine

• Correlative light and scanning electron microscopy to shed light on tyre and road wear particle emissions in the environment

• Cryo-SuperResolution implementation for Cryo-CLEM workflows

• An optical image of viral particles with computational multiphoton microscopy

• Fluorescence based autophagy imaging and in vitro study of possible antitumor effect after Rhamnolipid treatment

#workshop

• ZEISS Correlative Cryo Workflow – from image acquisition to visualization & analysis

• Providing in situ cryo-CLEM capabilities for any cryo-FIB/SEM systems – improve correlation accuracy and cryo-electron tomography sample yield

• Cryo-CLEM inside the Aquilos Cryo-FIB using a new integrated fluorescence light microscope

• From CLEM to chemical contrast

#Carl Zeiss GmbH

• ZEISS Correlative Cryo Workflow – from image acquisition to visualization & analysis

#DELMIC

• Providing in situ cryo-CLEM capabilities for any cryo-FIB/SEM systems – improve correlation accuracy and cryo-electron tomography sample yield

#Thermo Fisher Scientific

• Cryo-CLEM inside the Aquilos Cryo-FIB using a new integrated fluorescence light microscope

#Leica Microsystems CMS GmbH

• From CLEM to chemical contrast

#contributed

• Fast Computation of Mutual Information with Application to Global Multimodal Image Alignment of Micrographs

• Correlative super resolution and electron microscopy methods for nanomedicine

• Correlative light and scanning electron microscopy to shed light on tyre and road wear particle emissions in the environment

• Euro-BioImaging can support your research with access to the best imaging tools

• Image-to-Image Translation in Multimodal Image Registration: How Well Does It Work?

• EcClemv2: A new version of a flexible software for correlative workflows

• Correlative multimodal imaging of the in situ metabolism of early-stage atherosclerosis in LDLR deficient mice

• Ion based multimodal in situ imaging in biological systems: introducing the npSCOPE

• Registration of Multimodal Microscopy Images using CoMIR – learned structural image representations

• Bone Beyond Borders – Monetite-Based Calcium Phosphate Induces Bone Formation Outside The Skeletal Envelope In An Ovis Aries Occipital Bone Model

• A preclinical platform that combines dynamic scintigraphy, SPECT and CT imaging towards bone defect diagnosis and therapy assessment

• Muldimodal imaging for cell tracking: Bench to Bedside (and back)

#novel correlative imaging

• Correlative multimodal imaging of the in situ metabolism of early-stage atherosclerosis in LDLR deficient mice

• Ion based multimodal in situ imaging in biological systems: introducing the npSCOPE

• Registration of Multimodal Microscopy Images using CoMIR – learned structural image representations

• Studying the subcellular distribution and concentration of antisense oligonucleotides by correlative NanoSIMS and electron microscopy

• Cell-Type Analyzer: A Fiji/ImageJ plugin for detection, quantification and classification of fluorescent labeled single-cell according to user customization

• Optical Projection Tomography and Light-Sheet Microscopy Combined: Multimodal Mesoscopic Imaging

• Correlation of optical microscopy and ion beam data for trace element spatial localization in TB lesions

#poster

• Cryo-SuperResolution implementation for Cryo-CLEM workflows

• An optical image of viral particles with computational multiphoton microscopy

• Fluorescence based autophagy imaging and in vitro study of possible antitumor effect after Rhamnolipid treatment

• Investigating tuberculosis pathology in the human lung with 3D X-ray Histology; a correlative imaging approach

• Effect of PBM on rotenone-damaged ultrastructure of glioma cells

• Unusual nanoparticles for multiscale imaging in personalised medicine: From bench to bedside

• Studying the subcellular distribution and concentration of antisense oligonucleotides by correlative NanoSIMS and electron microscopy

• Cell-Type Analyzer: A Fiji/ImageJ plugin for detection, quantification and classification of fluorescent labeled single-cell according to user customization

• Optical Projection Tomography and Light-Sheet Microscopy Combined: Multimodal Mesoscopic Imaging

• Correlation of optical microscopy and ion beam data for trace element spatial localization in TB lesions

• Molecular subtyping of breast cancer via intravoxel incoherent motion (IVIM)- diffusion weighted imaging (DWI) of the hypoxic tumor microenvironment