Resources

Honarpisheh, Seissler, et al.

Bornstein, Hantel, et al.

Heub, Weder, et al.

Schubert, Ludwig, et al.

Wassmer, Berishvili, et al.

Aizawa, Wutz, et al.

Galow, Hoeflich, et al.

Kulkarni, Gupta, et al.

Schreyer, Muehlich, et al.

Shanbhag, Mustafa, et al.

Schmitz, Lavrentieva, et al.

Zahn, Schulze-Tanzil, et al.

Tellman, Farach-Carson, et al.

Hall, Schwalbe, et al.

Gerwinn, Horst, et al.

Egger, Kasper, et al.

Wassmer, Lebreton, et al.

Doulgkeroglou, Zeugolis, et al.

Beauchamp, Zuppinger, et al.

Shanbhag, Mustafa, et al.

Lavrientieva, Pepelanova, et al.

Schulze-Tanzil, Schwarz, et al.

Schneider, Buschmann, et al.

Schmiedhauser, Beyer, et al.

Zuppinger

Application Notes

Synentec

CELLDynamics

CELLDYNAMICS

LEICA

Cellink

Cellink

TECAN

SP5D Manual

SP5D SOP

SP5D SOP VIDEO

SP5D 6 Well

SP5D 12 Well

SP5D CANCER RESEARCH

SP5D CANCER RESEARCH

SP5D ISLET RESEARCH

SP5D ISLET RESEARCH

SP5D STEM CELL RESEARCH

SP5D STEM CELL RESEARCH

Webinar: Spheroids – the most important 3D cell culture tool in life science research

Roundtable: A new standard in 3D cell cultures

Sphericalplate 5D – your 3D cell culture rEvolution

Lab Sciences Award 2019

A Philantropic Journey to Tbilisi

Thought Leadership

Mimicking the Physiological Environment to Create Uniform Spheroids

While completing his doctoral thesis, Dr. med. Patrick Kugelmeier focused on cell transplantation and the differentiation of stem cells.

3D – The future of the cell culture

Cells grow and differentiate naturally in a three-dimensional environment. The use of 3D cell cultures can almost perfectly emulate...

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