Simplified Studies. Maximized Results.

A patient-derived lung organoid:
It was grown in CellO-M, labeled using CellO-IF,
and then captured directly within its natural 3D environment.

A breakthrough in 3D cell analysis:
The single-reagent technique
allows labeling and analysis of
organoids, spheroids, and cells
within the complex 3D environment.

Cellorama technology revolutionizes drug discovery,
organ-on-chip studies, and cancer research
by enabling precise labeling and analysis of
organoids, spheroids,and cells.

®

Liver cancer spheroids :
3D growing spheroids were grown in CellO-M, labeled using CellO-IF, and then captured directly within its natural 3D environment.

Protection of the biospecimens' 3D structure
and cellular integrity during the entire process
ensures highly accurate and reliable data.

Liver cancer cells:
2D growing cells were grown in CellO-M,
labeled using CellO-IF,
and then captured directly within its natural 3D environment.

EXPERIENCE THE CELLORAMA DIFFERENCE:

Save time, money, and effort
while enhancing reproducibility and productivity.

®

Products of Cellorama
are available for
2D & 3D cell culture experiments
to maximize success of translational studies.

They transform lab procedures that otherwise involve
complex, lengthy, and costly processes
with high rates of specimen damage and loss.

®

Users Say

"We really didn’t think imaging the neuronal organoids would be as easy because they are so fragile and difficult to section with traditional methods. Using CellO-IF simplified our workflow and it has great potential to make high-throughput imaging of organoids feasible. We got beautiful images using CellO-IF on both 2D and 3D cultures.”

Didem Demirbas, PhD - Jenny Lai, MD-PhD

Boston Children's Hospital

Harvard Medical School

Brain Organoid

( Pax2, DAPI)

Induced Pluripotent Stem Cell Derived Neurons

( MAP2, CREB, DAPI)

“It is such a smart and simple technology for organoid studies. We could protect delicate patients’ samples and improved the results. ”

Ozgecan Kayalar, PhD

®

Simplified Studies. Maximized Results.

A patient-derived lung organoid: It was grown in CellO-M, labeled using CellO-IF, and then captured directly within its natural 3D environment.

A breakthrough in 3D cell analysis: The single-reagent technique allows labeling and analysis of organoids, spheroids, and cells within the complex 3D environment.

Cellorama technology revolutionizes drug discovery, organ-on-chip studies, and cancer research by enabling precise labeling and analysis of organoids, spheroids,and cells.

®

Liver cancer spheroids : 3D growing spheroids were grown in CellO-M, labeled using CellO-IF, and then captured directly within its natural 3D environment.

Protection of the biospecimens' 3D structure and cellular integrity during the entire process ensures highly accurate and reliable data.

Liver cancer cells: 2D growing cells were grown in CellO-M, labeled using CellO-IF, and then captured directly within its natural 3D environment.

EXPERIENCE THE CELLORAMA DIFFERENCE: Save time, money, and effort while enhancing reproducibility and productivity.

®

Products of Cellorama are available for 2D & 3D cell culture experiments to maximize success of translational studies. They transform lab procedures that otherwise involve complex, lengthy, and costly processes with high rates of specimen damage and loss.

®