Ebba Biotech AB

Visualizing nanostructures

120+

peer-reviewed publications

40+

countries reached

37%

Academia

31%

Industry

32%

Distributors

30+

papers published in 2025

Explore products →

Amytracker allow high quality visualisation of protein aggregates originating from a variety of proteins or peptides. Amytracker can be used in tissue sections, live cells and animal models.

Amytracker allow high quality visualisation of protein aggregates originating from a variety of proteins or peptides. Amytracker can be used in tissue sections, live cells and animal models.

Amytracker allow high quality visualisation of protein aggregates originating from a variety of proteins or peptides. Amytracker can be used in tissue sections, live cells and animal models.
Explore products →

EbbaBiolight visualise components of bacteria and bacterial extracellular matrix. EbbaBiolight, makes it possible to track biofilm formation in living, growing cultures in liquid and on surfaces.

EbbaBiolight visualise components of bacteria and bacterial extracellular matrix. EbbaBiolight, makes it possible to track biofilm formation in living, growing cultures in liquid and on surfaces.

EbbaBiolight visualise components of bacteria and bacterial extracellular matrix. EbbaBiolight, makes it possible to track biofilm formation in living, growing cultures in liquid and on surfaces.
Explore products →

Carbotrace allow visualization and discrimination of moderately branched glucans. Use Carbotrace for non-destructive carbohydrate analysis, and anatomical-mapping of carbohydrate structures.

Carbotrace allow visualization and discrimination of moderately branched glucans. Use Carbotrace for non-destructive carbohydrate analysis, and anatomical-mapping of carbohydrate structures.

Carbotrace allow visualization and discrimination of moderately branched glucans. Use Carbotrace for non-destructive carbohydrate analysis, and anatomical-mapping of carbohydrate structures.

Lignocellulose anatomy in <i>Ulva fenestra</i>. Cellulose stained with Carbotrace 680 (yellow), Chlorophyll autofluorescence (red) and autofluorescence from aromatics (blue). Image courtesy of Dr. Alina Schmidt (AIMES, Karolinska Institutet).

Lignocellulose anatomy in Ulva fenestra. Cellulose stained with Carbotrace 680 (yellow), Chlorophyll autofluorescence (red) and autofluorescence from aromatics (blue). Image courtesy of Dr. Alina Schmidt (AIMES, Karolinska Institutet).

Macrocolony of GFP-labelled <i>Salmonella</i> Enteritidis (green) growing on LB agar supplemented with EbbaBiolight 680. The amyloid protein curli (red) is labelled by EbbaBiolight 680 as the colony biofilm is formed. Imaged courtesy of Dr. Ferdinand X. Choong (AIMES, Karolinska Institutet).

Macrocolony of GFP-labelled Salmonella Enteritidis (green) growing on LB agar supplemented with EbbaBiolight 680. The amyloid protein curli (red) is labelled by EbbaBiolight 680 as the colony biofilm is formed. Imaged courtesy of Dr. Ferdinand X. Choong (AIMES, Karolinska Institutet).

Seeding models using α-synuclein PFFs injected 9-weeks into the dorsal striatum before staining α-synuclein pathology with Amytracker 520 (green) located in the dorsal striatum (top) and spreading into the amygdala (bottom). Image courtesy of Dr. Tom Cornelissen, Science Director Contract Research, reMYND (InnoSer).

Cellulose (yellow) and starch granules (green) in fresh potato stained by Carbotrace 680. The optotracer generates unique optical fingerprints upon binding to different glucans, allowing cellulose and starch to be distinguished in a single image. Image courtesy of Ferdinand X. Choong (AIMES, Karolinska Institutet).