Article citationsMore>>
Forgacs, G. and Foty, R.A. (2004) Biological implications of tissue viscoelasticity. In: Deutsch, A., Folke, M., Howard, J. and Zimmermann, W., Eds., Function and Regulation of Cellular Systems: Experiments and Models. Biskhauser, Basel, 269-277.
doi:10.1007/978-3-0348-7895-1_27
has been cited by the following article:
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TITLE:
Evidence for pentagonal symmetry in living and model cellular systems
AUTHORS:
John J. Wille
KEYWORDS:
Cells; Colonies; in Vitro Tissue Culture; Mammalian Tissues; Model Tissues; Pentagonal Symmetry; Rotational Symmetry Analysis
JOURNAL NAME:
Natural Science,
Vol.3 No.10,
October
21,
2011
ABSTRACT: Microscope observations of normal human ke- ratinocytes (NHK) propagated in a serum-free medium reveal a high frequency (>70%) of pentagonally-shaped colonies over a wide range of colony sizes that persist over many sequential cell generations. NHK colonies derived from sin- gle cell isolates also display pentagonal symme- try as confirmed by a photographic technique known as “Markham Rotation”. The generality of pentagonal cellular morphology was extended to observations in situ of pentagonally-shaped basal layer epidermal cells of normal human epidermis, monolayer cultures of normal and immortalized keratinocytes, several different ch- ick embryo cells, and in previously published photographs. Statistical methods were applied that differentiate planar close-packing of polygonal configurations observed in living cellular system from several examples of non-living cellular aggregates that were produced spontaneously in nature or in the laboratory under defined physico-chemical conditions.
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