-transparent.png){kind=logo}
A new polyamine, tetrakis(3-aminopropyl)ammonium, N+ (CH2CH2CH2NH2)4, was identified in cells of an extreme thermophile, Thermus thermophilus. This compound was chemically synthesized and its chemical properties were coincident with those of the amine isolated from the thermophile.
Related Publications
T Oshima, and
N Hamasaki, and
M Senshu, and
K Kakinuma, and
I Kuwajima
January 1977,
Lloydia,
T Oshima, and
N Hamasaki, and
M Senshu, and
K Kakinuma, and
I Kuwajima
April 1967,
Comparative biochemistry and physiology,
T Oshima, and
N Hamasaki, and
M Senshu, and
K Kakinuma, and
I Kuwajima
February 1971,
Biochemistry,
T Oshima, and
N Hamasaki, and
M Senshu, and
K Kakinuma, and
I Kuwajima
April 1972,
Nature,
T Oshima, and
N Hamasaki, and
M Senshu, and
K Kakinuma, and
I Kuwajima
April 2020,
Marine drugs,
T Oshima, and
N Hamasaki, and
M Senshu, and
K Kakinuma, and
I Kuwajima
July 1975,
Journal of periodontology,
T Oshima, and
N Hamasaki, and
M Senshu, and
K Kakinuma, and
I Kuwajima
April 2013,
Journal of dentistry,
T Oshima, and
N Hamasaki, and
M Senshu, and
K Kakinuma, and
I Kuwajima
May 1953,
Applied microbiology,
T Oshima, and
N Hamasaki, and
M Senshu, and
K Kakinuma, and
I Kuwajima
January 1960,
Naunyn-Schmiedebergs Archiv fur experimentelle Pathologie und Pharmakologie,
T Oshima, and
N Hamasaki, and
M Senshu, and
K Kakinuma, and
I Kuwajima
January 1950,
Nature,
