Single Cell-Bacteria Analysis

– Multi omics signature
– Metabolomic fingerprinting
– Live bacteria, cells, tissues

- fast identification of bacteria, identification of sub-species, 

multiresistent bacteria, fast response to antibiotic treatment

- cell reaction to drug exposure - stem cell differentiation - immune cell stimulation - spheroids - cell products - cancer cells - extracellular vesicles 

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TECHNOLOGY
The unique Raman-  Laser-Trapping Microscope
The unique Raman- Laser-Trapping Microscope

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BioRam
BioRam

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Single-Cell
Single-Cell

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The unique Raman-  Laser-Trapping Microscope
The unique Raman- Laser-Trapping Microscope

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The unique
Raman-Laser-Trapping Microscope

– Raman inverted microscopy

– Optical trapping and sorting of single bacteria / cells

– Fluorescence microscopy

– Adaptable microscopic stage to Live cells incubator

– Precise stage (1 µm movement accuracy) 

– Near infrared excitation Raman-Laser

– Not harming cells

– Highly sensitive optics and detection cameras

– Ease of use

BENEFITS FROM TRAPPING:

– Precise measurement of bacteria / cells in solution

– Clearly defined focus

– Avoiding background noise for high quality spectra

CellTool covers the full analytical workflow

FROM SAMPLE PREPARATION TO AUTOMATED BIOLOGICAL INTERPRETATION

CellTool´s technology allows researchers and doctors unprecedented live views into a single bacteria / cell by revolutionary applications of Raman spectroscopy. 

Take a look at the unique workflow in the video.

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LEARN MORE ABOUT CELLTOOL´S

Multiple fields of application

CellTool TECHNOLOGY

Nobel Prize Technologies

CellTool systems are based on two Nobel prize awarded Technologies -

Raman Spectroscopy & Optical Trapping.

 

Sir C.V. Raman awarded Novel Prize 1930 in physics for Raman spectroscopy

 

Art Ashkin awarded with the physics Nobel Prize 2018 for Optical Trapping

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