pectinmethylesterasen.
/ˌpɛktɪnˌmiːθʌɪˈlɛstəreɪz/, U.S. /ˈˌpɛktənˌmɛθəˈlɛstəˌreɪs/, /ˈˌpɛktənˌmɛθəˈlɛstəˌreɪz/; see also methyl n. Biochemistry.
= pectinesterase n.
ΘΚΠ
the world > life > biology > biological processes > genetic activity > genetic components > [noun] > nucleic acid > enzymes
galactase1898
cellulase1901
nuclease1902
xanthine oxidase1905
exoenzyme1908
glucosidase1909
galactase1910
nucleosidase1911
nucleotidase1911
adenosine deaminase1913
cellobiase1919
hydratase1922
activase1928
hexokinase1930
histaminase1930
kallikrein1930
Michaelis constant1930
cholinesterase1932
phosphodiesterase1932
chymotrypsin1933
glycosidase1933
rhodanese1933
acetylcholinesterase1937
prolidase1937
diaphorase1938
aconitase1939
hyaluronidase1940
transaminase1940
hydrase1943
isomerase1943
lactoperoxidase1943
streptokinase1944
pectinesterase1945
pectinmethylesterase1945
phosphokinase1946
alliinase1947
CoA1947
phosphotransferase1948
polymerase1948
transferase1948
elastase1949
amyloglucosidase1950
transacetylase1950
transhydrogenase1952
hydroxylase1953
kinase1953
transketolase1953
synthase1954
hexosaminidase1955
translocase1957
angiotensinase1958
angiotensin converting enzyme1960
photoenzyme1960
acetyltransferase1961
adenyl cyclase1961
adenylate cyclase1962
replicase1962
ADA1963
transcriptase1963
adenylyl cyclase1964
recombinase1964
laminarinase1966
nickase1967
acrosin1970
reverse transcriptase1970
cellobiohydrolase1972
cyclooxygenase1974
laminaranase1974
primase1977
helicase1978
monodeiodinase1978
transposase1979
maturase1980
1945 R. J. McColloch & Z. I. Kertesz in Jrnl. Biol. Chem. 160 149 Two enzymes which act on soluble pectic substances are recognized at the present time; namely, pectinpolygalacturonase (PG),..and pectin-methylesterase (PM), which catalyses the hydrolysis of the methyl ester groups.
1975 Phytochemistry 14 109/2 No attempt was made to determine if pectin was being degraded..by the two step reaction catalyzed by pectinmethylesterase and endopolygalacturonase.
1994 Internat. Jrnl. Plant Sci. 155 259/1 The overall decrease in uronic acid amount occurring at the end of the growing season concealed an increase of nine times in esterified pectins concomitant with a drop in pectinmethylesterase activity.
This entry has been updated (OED Third Edition, September 2005; most recently modified version published online March 2022).
<
n.1945