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The Journal of Biochemistry

Journal Data

TypeJOURNAL
PublisherOxford University Press (United Kingdom) (GB)
ISSN0021-924X / 1756-2651
Scopus17581
WikidataQ6294839
OpenAlexS184547178
Websitehttp://jb.oxfordjournals.org/
Total publications3
Coverage period1937 - 2003
CountryJP
LanguageEN
AccessOpen Access
IndexingScopus indexed
SJR0.807 (Q2)
SNIP0.648
CiteScore3.8
Female authorship share26.6%

Biochemistry · Medicine (miscellaneous) · Molecular Biology · Amino Acid Enzymes and Metabolism · Bacterial Genetics and Biotechnology · Bacteriophages and microbial interactions · Biochemical and Molecular Research · Biotin and Related Studies · Carbohydrate Chemistry and Synthesis

  • Group of Native Chiefs

    Open Access•Eriko Tomitsuka, Lala Deen Dayal et al.•ARTICLE•2003

    Increased glycolysis is the principal explanation for how cancer cells generate energy in the absence of oxygen. However, in actual human tumour microenvironments, hypoxia is often associated with hypoglycemia because of the poor blood supply. Therefore, glycolysis cannot be the sole mechanism for the maintenance of the energy status in cancers. To understand energy metabolism in cancer cells under hypoxia-hypoglycemic conditions mimicking the tu…

  • Enzymatic Isomerization of β-Methylmalate to (—)Citramalate by a Soil Bacterium

    Open Access•P Berger, Katsuyuki SASAKI et al.•ARTICLE•1971

  • Studien Über Die Bedeutung Des Eisen-Porphyrins Im Zellstoffwechsel. I

    Open Access•HARUHISA YOSHIKAWA•ARTICLE•1937

No prominent publications on this page.

  • Studien Über Die Bedeutung Des Eisen-Porphyrins Im Zellstoffwechsel. I

    Open Access•HARUHISA YOSHIKAWA•ARTICLE•1937

  • Enzymatic Isomerization of β-Methylmalate to (—)Citramalate by a Soil Bacterium

    Open Access•P Berger, Katsuyuki SASAKI et al.•ARTICLE•1971

  • Group of Native Chiefs

    Open Access•Eriko Tomitsuka, Lala Deen Dayal et al.•ARTICLE•2003

    Increased glycolysis is the principal explanation for how cancer cells generate energy in the absence of oxygen. However, in actual human tumour microenvironments, hypoxia is often associated with hypoglycemia because of the poor blood supply. Therefore, glycolysis cannot be the sole mechanism for the maintenance of the energy status in cancers. To understand energy metabolism in cancer cells under hypoxia-hypoglycemic conditions mimicking the tu…

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