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  1. 361
    “…Our results suggest that acetate modulates changes in global metabolism, with the pentose phosphate pathway, the Calvin-Benson cycle and mitochondrial respiration activity being affected whilst reducing photosynthesis. …”
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    Cyclic decomposition explains a photosynthetic down regulation for Chlamydomonas reinhardtii
  2. 362
    “…At the beginning of photosynthesis, NADP(+) supply control is dominated by de novo NADP(+) synthesis rather than being recycled from the Calvin cycle. Importantly, ferredoxin distributes electrons to NADP(+) as well as to thioredoxins for light-dependent regulatory mechanisms, to cyclic electron flow for more adenosine triphosphate (ATP) production, and to several metabolites for reductive reactions. …”
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    Inter-Organelle NAD Metabolism Underpinning Light Responsive NADP Dynamics in Plants
  3. 363
    “…The faster response of Takanari was explained in part by its maintenance of a larger pool of Calvin–Benson cycle metabolites. Together, the rapid responses of electron transport rate, metabolic flux, and stomatal conductance in Takanari contributed to the greater daily carbon gain under fluctuating light typical of natural environments.…”
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    High-yielding rice Takanari has superior photosynthetic response to a commercial rice Koshihikari under fluctuating light
  4. 364
    “…Most marine algae preferentially assimilate CO(2) via the Calvin-Benson Cycle (C(3)) and catalyze HCO(3)(−) dehydration via carbonic anhydrase (CA) as a CO(2)-compensatory mechanism, but certain species utilize the Hatch-Slack Cycle (C(4)) to enhance photosynthesis. …”
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    Role of C(4) carbon fixation in Ulva prolifera, the macroalga responsible for the world’s largest green tides
  5. 365
    “…Photosynthetically produced electrons provide energy for various metabolic pathways, including carbon reduction. Four Calvin-Benson cycle enzymes and several other plastid proteins are activated in the light by reduction of specific cysteines via thioredoxins, a family of electron transporters operating in redox regulation networks. …”
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    Topology of the redox network during induction of photosynthesis as revealed by time-resolved proteomics in tobacco
  6. 366
    “…These identified mechanisms are in line with the current cellular location of enzymes/proteins involved in the starch synthesis, the Calvin–Benson cycle and photosystem II of NADP-ME type C(4) photosynthesis. …”
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    Two major metabolic factors for an efficient NADP-malic enzyme type C(4) photosynthesis
  7. 367
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    P02.101. Vitamin D status of female healthcare employees of childbearing age
  8. 368
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    Granzymes are necessary for suppressive function of regulatory T cells
  9. 369
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    Phosphoproteome of the Oleaginous Green Alga, Chlorella vulgaris UTEX 395, under Nitrogen-Replete and -Deplete Conditions
  10. 370
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    Pragmatic recommendations for intubating critically ill patients with suspected COVID‐19
  11. 371
    por Chou, Calvin L
    Publicado 2020
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    How COVID-19 Disrupts—and Enhances—My Clinical Work
  12. 372
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    Correction for Zamorano-Sánchez et al., “Functional Specialization in Vibrio cholerae Diguanylate Cyclases: Distinct Modes of Motility Suppression and c-di-GMP Production”
  13. 373
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    Evaluation of the Effectiveness of Surveillance and Containment Measures for the First 100 Patients with COVID-19 in Singapore — January 2–February 29, 2020
  14. 374
    por Chin, Calvin Woon‐Loong
    Publicado 2021
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    Aortic Stenosis: The Old Disease With New (and Evolving) Faces
  15. 375
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    Reply
  16. 376
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    Linked color imaging aids in identification of multiple rectal neuroendocrine tumors
  17. 377
    por Coulter, Calvin B.
    Publicado 1927
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    THE PRECISE MEASUREMENT OF HEMOLYSIN
  18. 378
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    Correction: Peptidoglycan-Modifying Enzyme Pgp1 Is Required for Helical Cell Shape and Pathogenicity Traits in Campylobacter jejuni
  19. 379
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    Monitoring and Evaluating Progress towards Universal Health Coverage in Singapore
  20. 380
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    Correction: Genome-Wide Association Study Identifies Nox3 as a Critical Gene for Susceptibility to Noise-Induced Hearing Loss
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