Cellendes is a life science company offering comprehensive solutions for controlled design of cell environments in 3-D cell culture. A toolbox of reagents provides flexibility in composing biomimetic hydrogels right at the users bench. Areas of applicatio
BRTI Life Sciences develops a biomimetic 3D cell culture matrix gel for human stem cell research composed of naturally occuring chitosan and hyaluronic acid. This new tissue culture medium is ideal for cancer research.
BRTI Life Sciences develops a biomimetic 3D cell culture matrix gel for human stem cell research composed of naturally occuring chitosan and hyaluronic acid. This new tissue culture medium is ideal for cancer research.
Cell-Mate3D is a defined, tissue like, and injectable matrix for 3D cell culture. Create disease and tumor models and organoids. Study migration, why 3D?
Tissue culture dished with soft substrates of physiological rigidities. Biomimetic elastic substrates for cell culture. Elastic surfaces for cell culture.
Tissue culture dished with soft substrates of physiological rigidities. Biomimetic elastic substrates for cell culture. Elastic surfaces for cell culture.
Cellendes is a life science company offering comprehensive solutions for controlled design of cell environments in 3-D cell culture. A toolbox of reagents provides flexibility in composing biomimetic hydrogels right at the users bench. Areas of applicatio
BRTI Life Sciences develops a biomimetic 3D cell culture matrix gel for human stem cell research composed of naturally occuring chitosan and hyaluronic acid. This new tissue culture medium is ideal for cancer research.
BRTI Life Sciences develops a biomimetic 3D cell culture matrix gel for human stem cell research composed of naturally occuring chitosan and hyaluronic acid. This new tissue culture medium is ideal for cancer research.
Cell-Mate3D is a defined, tissue like, and injectable matrix for 3D cell culture. Create disease and tumor models and organoids. Study migration, why 3D?
Tissue culture dished with soft substrates of physiological rigidities. Biomimetic elastic substrates for cell culture. Elastic surfaces for cell culture.
Tissue culture dished with soft substrates of physiological rigidities. Biomimetic elastic substrates for cell culture. Elastic surfaces for cell culture.