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Cell Systems, 2021
How do you define homeostasis, and what experimental observations are necessary to discover homeostatic mechanisms in the biological system you study?
Inna, Slutsky +4 more
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How do you define homeostasis, and what experimental observations are necessary to discover homeostatic mechanisms in the biological system you study?
Inna, Slutsky +4 more
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Nature Reviews Nephrology, 2022
Oxalate homeostasis is maintained through a delicate balance between endogenous sources, exogenous supply and excretion from the body. Novel studies have shed light on the essential roles of metabolic pathways, the microbiome, epithelial oxalate transporters, and adequate oxalate excretion to maintain oxalate homeostasis.
Theresa Ermer +5 more
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Oxalate homeostasis is maintained through a delicate balance between endogenous sources, exogenous supply and excretion from the body. Novel studies have shed light on the essential roles of metabolic pathways, the microbiome, epithelial oxalate transporters, and adequate oxalate excretion to maintain oxalate homeostasis.
Theresa Ermer +5 more
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Seminars in Immunology, 1997
B- and T-lymphocyte populations have an independent homeostatic regulation of resting (B and T) and activated (B) or memory (T) cell compartments. This organization may provide an efficient mechanism to ensure simultaneously a first natural barrier of protection against common pathogens, the maintenance of immunological T-cell memory and a reservoir of
Tanchot, Corinne +4 more
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B- and T-lymphocyte populations have an independent homeostatic regulation of resting (B and T) and activated (B) or memory (T) cell compartments. This organization may provide an efficient mechanism to ensure simultaneously a first natural barrier of protection against common pathogens, the maintenance of immunological T-cell memory and a reservoir of
Tanchot, Corinne +4 more
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Advances in Kidney Disease and Health
Potassium homeostasis is essential for maintaining the normal resting membrane potential of excitable cells. Yet daily dietary potassium typically far exceeds total extracellular potassium, thus the body has elegant strategies to shift potassium into cells promptly after a meal and then the kidneys efficiently excrete potassium.
Niraj B. Desai, Melanie P. Hoenig
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Potassium homeostasis is essential for maintaining the normal resting membrane potential of excitable cells. Yet daily dietary potassium typically far exceeds total extracellular potassium, thus the body has elegant strategies to shift potassium into cells promptly after a meal and then the kidneys efficiently excrete potassium.
Niraj B. Desai, Melanie P. Hoenig
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Clinical Biochemistry, 1990
The regulation of plasma calcium concentration and bone homeostasis is briefly described. The components of plasma calcium and the method for deriving these components are presented. The factors which regulate plasma calcium concentration are discussed with particular reference to the role of the kidney.
S D, Boden, F S, Kaplan
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The regulation of plasma calcium concentration and bone homeostasis is briefly described. The components of plasma calcium and the method for deriving these components are presented. The factors which regulate plasma calcium concentration are discussed with particular reference to the role of the kidney.
S D, Boden, F S, Kaplan
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Archives of Neurology And Psychiatry, 1956
Man's intricate integration with his environment is not a haphazard process. His constituent biologic systems are maintained within a narrow range of fluctuation by a self-regulating homeostasis, as so vividly portrayed by Cannon. 7 How an organism's behavior is motivated to compensate for deficits resulting from homeostatic failure has been clearly ...
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Man's intricate integration with his environment is not a haphazard process. His constituent biologic systems are maintained within a narrow range of fluctuation by a self-regulating homeostasis, as so vividly portrayed by Cannon. 7 How an organism's behavior is motivated to compensate for deficits resulting from homeostatic failure has been clearly ...
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Thrombosis and Haemostasis, 1967
IV. General Conclusions and Summary1. Normal hemostasis depends on the combined participation of 3 sorts of hemostatic factors: vascular (including its participation in local hemodynamics), platelet and blood clotting factors, the level of which when it can be assessed largely exceeds the requirements of the organism.2.
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IV. General Conclusions and Summary1. Normal hemostasis depends on the combined participation of 3 sorts of hemostatic factors: vascular (including its participation in local hemodynamics), platelet and blood clotting factors, the level of which when it can be assessed largely exceeds the requirements of the organism.2.
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New Phytologist, 2009
SummaryCopper (Cu) is a cofactor in proteins that are involved in electron transfer reactions and is an essential micronutrient for plants. Copper delivery is accomplished by the concerted action of a set of evolutionarily conserved transporters and metallochaperones. As a result of regulation of transporters in the root and the rarity of natural soils
Jason L, Burkhead +4 more
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SummaryCopper (Cu) is a cofactor in proteins that are involved in electron transfer reactions and is an essential micronutrient for plants. Copper delivery is accomplished by the concerted action of a set of evolutionarily conserved transporters and metallochaperones. As a result of regulation of transporters in the root and the rarity of natural soils
Jason L, Burkhead +4 more
openaire +2 more sources