On July 9–10, Schaefer SEE will participate as a sponsor of the "Biochemistry of Tumors" Workshop, an important scientific meeting bringing together researchers from universities, research institutes and hospitals to discuss the latest advances in cancer metabolism and innovative therapeutic strategies.
The scientific program focuses on some of the most relevant topics in modern oncology research, including:
metabolic reprogramming
the tumor microenvironment
multi-omics integration
mechanisms of therapy resistance
These research areas increasingly rely on advanced technologies capable of reproducing complex biological models and providing deeper insights into cellular behavior.
This is precisely where Schaefer SEE's Life Science portfolio can make a difference.
During the workshop, we will showcase a selection of innovative technologies designed to support cutting-edge cancer research. Tomocubeenables quantitative, label-free live-cell imaging, allowing researchers to monitor cellular morphology, dynamics and treatment responses in real time. Regemat3Dprovides advanced bioprinting solutions for the development of three-dimensional cell models and organoids, offering more physiologically relevant systems for studying the tumor microenvironment and evaluating new therapeutic approaches.
As extracellular vesicles and exosomes continue to gain importance in cancer biology and cell-to-cell communication, Izon Science technologies provide powerful solutions for their isolation and characterization. These technologies are complemented by Bioneer, whose molecular biology tools support gene expression analysis and nucleic acid workflows that are essential for validating experimental findings and investigating the molecular mechanisms underlying tumor progression.
Our portfolio also includes Cytoviva, whose hyperspectral imaging technologies enable advanced characterization of biological samples and nanoparticles. Together with iCappic solutions for advanced cell culture and cellular research applications; iCAPPPIC tools allow scientists to study tumor cell mechanics, perform subcellular biopsies, and track cancer therapies at the single-cell level
Rather than offering individual instruments, Schaefer SEE provides an integrated workflow that supports researchers throughout the entire experimental process—from developing advanced 3D models and monitoring live cells to analyzing extracellular vesicles, characterizing nanoparticles and performing molecular analyses.
We believe that scientific meetings such as the "Biochemistry of Tumors" Workshop are invaluable opportunities to connect innovative technologies with the needs of the research community. We look forward to meeting researchers and collaborators to discuss how our solutions can contribute to advancing cancer research.
We look forward to welcoming you at our exhibition booth on July 9–10.
Schaefer SEE to Sponsor the "Biochimica dei Tumori" Workshop
Event - Congress -Workshop
Thursday 09 July 2026 - 10:00 to Friday 10 July 2026 - 20:30
On July 9–10, Schaefer SEE will participate as a sponsor of the "Biochemistry of Tumors" Workshop, an important scientific meeting bringing together researchers from universities, research institutes and hospitals to discuss the latest advances in cancer metabolism and innovative therapeutic strategies.
The scientific program focuses on some of the most relevant topics in modern oncology research, including:
These research areas increasingly rely on advanced technologies capable of reproducing complex biological models and providing deeper insights into cellular behavior.
This is precisely where Schaefer SEE's Life Science portfolio can make a difference.
During the workshop, we will showcase a selection of innovative technologies designed to support cutting-edge cancer research. Tomocube enables quantitative, label-free live-cell imaging, allowing researchers to monitor cellular morphology, dynamics and treatment responses in real time. Regemat3D provides advanced bioprinting solutions for the development of three-dimensional cell models and organoids, offering more physiologically relevant systems for studying the tumor microenvironment and evaluating new therapeutic approaches.
As extracellular vesicles and exosomes continue to gain importance in cancer biology and cell-to-cell communication, Izon Science technologies provide powerful solutions for their isolation and characterization. These technologies are complemented by Bioneer, whose molecular biology tools support gene expression analysis and nucleic acid workflows that are essential for validating experimental findings and investigating the molecular mechanisms underlying tumor progression.
Our portfolio also includes Cytoviva, whose hyperspectral imaging technologies enable advanced characterization of biological samples and nanoparticles. Together with iCappic solutions for advanced cell culture and cellular research applications; iCAPPPIC tools allow scientists to study tumor cell mechanics, perform subcellular biopsies, and track cancer therapies at the single-cell level
Rather than offering individual instruments, Schaefer SEE provides an integrated workflow that supports researchers throughout the entire experimental process—from developing advanced 3D models and monitoring live cells to analyzing extracellular vesicles, characterizing nanoparticles and performing molecular analyses.
We believe that scientific meetings such as the "Biochemistry of Tumors" Workshop are invaluable opportunities to connect innovative technologies with the needs of the research community. We look forward to meeting researchers and collaborators to discuss how our solutions can contribute to advancing cancer research.
We look forward to welcoming you at our exhibition booth on July 9–10.
Partner
BIONEER
Cytoviva
ICAPPIC
IZON Science
Regemat
Tomocube, Inc
Related categories
Holotomographic Microscopy
3D Bioprinters
TRPS - Tunable Resistive Pulse Sensing
Exosome/EV isolation and separation systems
Hyperspectral Microscopes