DNasen.

/diːɛˈneɪz/

Forms: Also DNAase

/diːɛˈneɪeɪz/.

Etymology: < DNA n. + -ase suffix.

Biochemistry.

= deoxyribonucleic acid n. Cf. RNase n.

ΘΚΠ

the world > life > biology > biological processes > genetic activity > genetic components > [noun] > nucleic acid > DNA

thymo-nucleic acid1904

deoxyribonucleic acid1931

DNA1944

DNase1949

C1958

minicircle1967

Z-DNA1979

1949 Zamenhoff & Chargaff in Jrnl. Biol. Chem. 180 727 For the sake of brevity desoxypentose nucleic acid will be referred to as DNA, desoxypentose nuclease as DNase.

1971 J. Z. Young Introd. Study Man xxii. 301 DNAase and DNA polymerase certainly exist in tissues that have a low mitotic activity.

1982 Sci. Amer. July 90/2 The breaking of the sugar-phosphate bond by DNase is favored energetically.

This entry has not yet been fully updated (first published 1993; most recently modified version published online December 2020).

单词	dnase
释义	DNasen. /diːɛˈneɪz/ Forms: Also DNAase /diːɛˈneɪeɪz/. Etymology: < DNA n. + -ase suffix. Biochemistry. = deoxyribonucleic acid n. Cf. RNase n. ΘΚΠ the world > life > biology > biological processes > genetic activity > genetic components > [noun] > nucleic acid > DNA thymo-nucleic acid1904 deoxyribonucleic acid1931 DNA1944 DNase1949 C1958 minicircle1967 Z-DNA1979 1949 Zamenhoff & Chargaff in Jrnl. Biol. Chem. 180 727 For the sake of brevity desoxypentose nucleic acid will be referred to as DNA, desoxypentose nuclease as DNase. 1971 J. Z. Young Introd. Study Man xxii. 301 DNAase and DNA polymerase certainly exist in tissues that have a low mitotic activity. 1982 Sci. Amer. July 90/2 The breaking of the sugar-phosphate bond by DNase is favored energetically. This entry has not yet been fully updated (first published 1993; most recently modified version published online December 2020). < n.1949
随便看	θ115054 θ115055 θ115057 θ115058 θ115059 θ11506 θ115060 θ115061 θ115062 θ115063 θ115064 θ115065 θ115066 θ115067 θ115068 θ115069 θ11507 θ115070 θ115071 θ115072 θ115073 θ115074 θ115075 θ115076 θ115077