Studies on the mechanism of cell attachment to a substratum with serum in the medium: Further evidence supporting a requirement for two biochemically distinct processes

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Abstract

Treatment of baby hamster kidney cells with cytochalasin B or omission of divalent cations from the culture medium are conditions resulting in an inhibition of cell attachment at rest; however, these conditions do not result in inhibition of cell attachment in a centrifugal field. In marked contrast, treatment of cells with trypsin or with tranquilizers such as fluphenazine results in an inhibition of cell attachment at rest or in a centrifugal field. The evidence is interpreted to indicate that cell adhesion involves at least two biochemical processes: formation of the adhesive bond per se (inhibited by tranquilizers or trypsin) and a mechanical process of cell-to-substratum contact and/or spreading (inhibited by cytochalasin B or omission of divalent cations from the medium).

Original languageEnglish (US)
Pages (from-to)524-530
Number of pages7
JournalArchives of Biochemistry and Biophysics
Volume165
Issue number2
DOIs
StatePublished - 1974

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Cells
Cytochalasin B
Divalent Cations
Serum
Trypsin
Fluphenazine
Cell adhesion
Mechanical Phenomena
Biochemical Phenomena
Culture Media
Adhesives
Cell Adhesion
Cricetinae
Kidney

ASJC Scopus subject areas

  • Biochemistry
  • Biophysics
  • Molecular Biology

Cite this

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title = "Studies on the mechanism of cell attachment to a substratum with serum in the medium: Further evidence supporting a requirement for two biochemically distinct processes",
abstract = "Treatment of baby hamster kidney cells with cytochalasin B or omission of divalent cations from the culture medium are conditions resulting in an inhibition of cell attachment at rest; however, these conditions do not result in inhibition of cell attachment in a centrifugal field. In marked contrast, treatment of cells with trypsin or with tranquilizers such as fluphenazine results in an inhibition of cell attachment at rest or in a centrifugal field. The evidence is interpreted to indicate that cell adhesion involves at least two biochemical processes: formation of the adhesive bond per se (inhibited by tranquilizers or trypsin) and a mechanical process of cell-to-substratum contact and/or spreading (inhibited by cytochalasin B or omission of divalent cations from the medium).",
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AB - Treatment of baby hamster kidney cells with cytochalasin B or omission of divalent cations from the culture medium are conditions resulting in an inhibition of cell attachment at rest; however, these conditions do not result in inhibition of cell attachment in a centrifugal field. In marked contrast, treatment of cells with trypsin or with tranquilizers such as fluphenazine results in an inhibition of cell attachment at rest or in a centrifugal field. The evidence is interpreted to indicate that cell adhesion involves at least two biochemical processes: formation of the adhesive bond per se (inhibited by tranquilizers or trypsin) and a mechanical process of cell-to-substratum contact and/or spreading (inhibited by cytochalasin B or omission of divalent cations from the medium).

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