-transparent.png){kind=logo}
The subcellular distribution of calmodulin and particulate calmodulin-binding activity was studied in a eukaryotic protozoan, Tetrahymena pyriformis NT-1. The particulate calmodulin-binding activity was found to be localized principally in microsomes and to some extent in cilia and surface membranes called pellicles. Nearly all (93%) of the total amount of calmodulin was recovered in two soluble compartments, the ciliary and postmicrosomal supernatant fractions.
Related Publications
S Nagao, and
Y Banno, and
Y Nozawa, and
K Sobue, and
R Yamazaki, and
S Kakiuchi
July 1995,
Biochemical and biophysical research communications,
S Nagao, and
Y Banno, and
Y Nozawa, and
K Sobue, and
R Yamazaki, and
S Kakiuchi
November 1983,
The Biochemical journal,
S Nagao, and
Y Banno, and
Y Nozawa, and
K Sobue, and
R Yamazaki, and
S Kakiuchi
February 1985,
The Journal of protozoology,
S Nagao, and
Y Banno, and
Y Nozawa, and
K Sobue, and
R Yamazaki, and
S Kakiuchi
February 1966,
The Journal of protozoology,
S Nagao, and
Y Banno, and
Y Nozawa, and
K Sobue, and
R Yamazaki, and
S Kakiuchi
August 1996,
Tissue & cell,
S Nagao, and
Y Banno, and
Y Nozawa, and
K Sobue, and
R Yamazaki, and
S Kakiuchi
December 1977,
Experimental cell research,
S Nagao, and
Y Banno, and
Y Nozawa, and
K Sobue, and
R Yamazaki, and
S Kakiuchi
March 1974,
The journal of histochemistry and cytochemistry : official journal of the Histochemistry Society,
S Nagao, and
Y Banno, and
Y Nozawa, and
K Sobue, and
R Yamazaki, and
S Kakiuchi
April 1983,
The Journal of biological chemistry,
S Nagao, and
Y Banno, and
Y Nozawa, and
K Sobue, and
R Yamazaki, and
S Kakiuchi
January 1985,
Comparative biochemistry and physiology. A, Comparative physiology,
S Nagao, and
Y Banno, and
Y Nozawa, and
K Sobue, and
R Yamazaki, and
S Kakiuchi
April 1996,
Journal of biochemistry,
