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Reply to 'Reevaluating central versus peripheral contributions to maximal oxygen uptake: the role of muscle diffusive capacity'.

• Authors : Mandić, Mirko^1,2 ; Eriksson, Lisa M. J.^1,2; Melin, Michael^1,3

Subjects: *AEROBIC capacity; *PHYSIOLOGICAL transport of oxygen

• Source: Journal of Physiology. Oct2024, Vol. 602 Issue 20, p5397-5399. 3p.

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Re‐evaluating central versus peripheral contributions to maximal oxygen uptake: the role of muscle diffusive capacity.

• Authors : Goulding, Richie P.¹

Subjects: *AEROBIC capacity; *PHYSIOLOGICAL transport of oxygen; *DIFFUSION

• Source: Journal of Physiology. Oct2024, Vol. 602 Issue 20, p5391-5393. 3p.

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In vitro evaluation of the performance of an oxygenator depending on the non-standard gas content of the inlet blood with special regard on CO2 elimination.

• Authors : Hima, Flutura; Saunders, Amalia; Kashefi, Ali

Subjects: OXYGEN metabolism; BLOOD gases analysis; IN vitro studies

• Source: Perfusion; Nov2024, Vol. 39 Issue 8, p1614-1620, 7p

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Foam That Restores Breathing.

• Authors : Harmon, Katherine

Subjects: *NANOTECHNOLOGY; PHYSIOLOGICAL transport of oxygen; MICROBUBBLES

• Source: Scientific American. Dec2012, Vol. 307 Issue 6, p36-37. 2p.

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Evidence for functional improvement in reward anticipation in recent onset schizophrenia after one year of coordinated specialty care.

• Authors : Smucny, Jason (AUTHOR); Lesh, Tyler A. (AUTHOR); Niendam, Tara A. (AUTHOR)

Subjects: SCHIZOPHRENIA treatment; BRAIN; ANALYSIS of variance

• Source: Psychological Medicine. Oct2023, Vol. 53 Issue 13, p6280-6287. 8p.

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A neural network-based model for estimating the delivery time of oxygen gas cylinders during COVID-19 pandemic.

• Authors : Ghaithan, Ahmed M. (AUTHOR); Alarfaj, Ibrahim (AUTHOR); Mohammed, Awsan (AUTHOR)

Subjects: GAS cylinders; WORLD Health Organization; COVID-19 pandemicSAUDI Arabia

• Source: Neural Computing & Applications. Jul2022, Vol. 34 Issue 13, p11213-11231. 19p.

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In brief.

Subjects: *SCIENCE; *PHYSIOLOGICAL transport of oxygen; *RESPIRATORY diseases

• Source: New Scientist. 3/20/2004, Vol. 181 Issue 2439, p18-19. 2p. 3 Color Photographs.

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BEAT THE CLOCK.

• Authors : Lovett, Rick

Subjects: *ATHLETE physiology; *PHYSIOLOGICAL transport of oxygen

• Source: New Scientist. 4/6/2002, Vol. 174 Issue 2337, p30. 4p. 3 Color Photographs, 1 Diagram.

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Superoxide dismutase and oxygen transport mechanism in endemic fish Delminichthys ghetaldii (Steindachner, 1882) under mild hypoxia.

• Authors : Friščić, Jasna; Dekić, Radoslav; Ivanc, Aleksandar

Subjects: SUPEROXIDE dismutase; PHYSIOLOGICAL transport of oxygen; ENDEMIC fishes

• Source: Indian Journal of Experimental Biology; Jun2024, Vol. 62 Issue 6, p410-415, 6p

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Optimizing sarcopenia screening in older patients with cardiovascular disease: insights and cut-off considerations.

• Authors : Machado, Felipe V C; Loyola, Walter Sepúlveda; Prado, Carla M

Subjects: CARDIOVASCULAR diseases; HOSPITAL care; DECISION making

• Source: European Journal of Cardiovascular Nursing; Aug2024, Vol. 23 Issue 6, pe115-e117, 3p

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