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Property:Respiration and regulation

From Bioblast

This is a property of type String.

The allowed values for this property are:

  • Aerobic glycolysis
  • ADP
  • ATP
  • ATP production
  • AMP
  • Calcium
  • Coupling efficiency;uncoupling
  • Cyt c
  • Flux control
  • Inhibitor
  • Ion;substrate transport
  • mt-Membrane potential
  • Oxygen kinetics
  • Q-junction effect
  • PCr;Cr
  • pH
  • Phosphate
  • Redox state
  • Substrate
  • Temperature
  • Threshold;excess capacity
  • Uncoupler
  • Fatty acid
  • Amino acid
Showing 500 pages using this property.
B
Ion;substrate transport  +
mt-Membrane potential  +
Fatty acid  +
Oxygen kinetics  +
ATP production  +, Calcium  +
Coupling efficiency;uncoupling  +
ATP production  +
Calcium  +, Redox state  +
ADP  +, Inhibitor  +, Oxygen kinetics  +,
Coupling efficiency;uncoupling  +, Inhibitor  +
Aerobic glycolysis  +, Inhibitor  +
mt-Membrane potential  +
Coupling efficiency;uncoupling  +, Substrate  +
Oxygen kinetics  +
ATP production  +, Coupling efficiency;uncoupling  +, Inhibitor  +,
Oxygen kinetics  +, pH  +, Uncoupler  +
ADP  +, Inhibitor  +, Oxygen kinetics  +
Fatty acid  +
Fatty acid  +
Coupling efficiency;uncoupling  +, Ion;substrate transport  +, pH  +
Fatty acid  +
ADP  +, Inhibitor  +
ATP production  +, Substrate  +
Ion;substrate transport  +
ADP  +, Ion;substrate transport  +
Calcium  +, Ion;substrate transport  +
Aerobic glycolysis  +
ADP  +, Coupling efficiency;uncoupling  +, Flux control  +,
mt-Membrane potential  +, Temperature  +
ADP  +, mt-Membrane potential  +, Temperature  +
Temperature  +
Ion;substrate transport  +
Coupling efficiency;uncoupling  +
ATP production  +
Inhibitor  +
mt-Membrane potential  +
C
Inhibitor  +, Oxygen kinetics  +
Uncoupler  +
Calcium  +, Redox state  +
Substrate  +
Aerobic glycolysis  +, Inhibitor  +, Oxygen kinetics  +
Inhibitor  +, Temperature  +
Oxygen kinetics  +
Coupling efficiency;uncoupling  +, Flux control  +, mt-Membrane potential  +,
Oxygen kinetics  +
ATP  +, ATP production  +
ATP production  +, Coupling efficiency;uncoupling  +
Coupling efficiency;uncoupling  +
Redox state  +
Ion;substrate transport  +, Phosphate  +
mt-Membrane potential  +
ADP  +, Coupling efficiency;uncoupling  +
ATP production  +, mt-Membrane potential  +
Substrate  +, Amino acid  +
Coupling efficiency;uncoupling  +
Calcium  +, Inhibitor  +, Uncoupler  +,
Fatty acid  +
Fatty acid  +, Calcium  +
Fatty acid  +, Calcium  +, mt-Membrane potential  +
Calcium  +, mt-Membrane potential  +, Fatty acid  +
Calcium  +, mt-Membrane potential  +, Fatty acid  +
Calcium  +
Substrate  +, Fatty acid  +
mt-Membrane potential  +
Coupling efficiency;uncoupling  +
Q-junction effect  +
mt-Membrane potential  +
ATP production  +, Inhibitor  +, mt-Membrane potential  +
Calcium  +, mt-Membrane potential  +, Phosphate  +,
Substrate  +
ADP  +, Coupling efficiency;uncoupling  +
Flux control  +, Inhibitor  +, Redox state  +
ADP  +, Oxygen kinetics  +, Redox state  +
Flux control  +
mt-Membrane potential  +
mt-Membrane potential  +, Fatty acid  +
Flux control  +, Substrate  +, Fatty acid  +
Temperature  +
Fatty acid  +
ADP  +, ATP  +, ATP production  +
ATP production  +, mt-Membrane potential  +
Ion;substrate transport  +
Ion;substrate transport  +
Uncoupler  +
AMP  +, Substrate  +, Threshold;excess capacity  +
Temperature  +
Inhibitor  +, Temperature  +
Oxygen kinetics  +
Ion;substrate transport  +, mt-Membrane potential  +, Redox state  +
Aerobic glycolysis  +, ADP  +, Oxygen kinetics  +
Calcium  +
Inhibitor  +
Aerobic glycolysis  +
ATP  +, ATP production  +
ATP  +, Substrate  +
ATP production  +, Coupling efficiency;uncoupling  +
Calcium  +, Uncoupler  +
Q-junction effect  +
ATP production  +, Ion;substrate transport  +, mt-Membrane potential  +
ADP  +, Oxygen kinetics  +
Coupling efficiency;uncoupling  +
ADP  +, ATP  +, pH  +
Aerobic glycolysis  +
ATP  +, Inhibitor  +
ATP production  +
D
Ion;substrate transport  +, mt-Membrane potential  +
Amino acid  +
pH  +, Substrate  +
ADP  +, ATP  +, Substrate  +
Coupling efficiency;uncoupling  +, Temperature  +
Coupling efficiency;uncoupling  +, Temperature  +
Q-junction effect  +
mt-Membrane potential  +
Fatty acid  +
ATP production  +, Calcium  +
Fatty acid  +
ATP  +, Ion;substrate transport  +
Aerobic glycolysis  +, ADP  +, Temperature  +
Substrate  +, Fatty acid  +
ATP production  +, mt-Membrane potential  +, pH  +,
Flux control  +, Ion;substrate transport  +, mt-Membrane potential  +
Inhibitor  +, Substrate  +
mt-Membrane potential  +, Uncoupler  +, Fatty acid  +
Aerobic glycolysis  +
mt-Membrane potential  +
Coupling efficiency;uncoupling  +
Aerobic glycolysis  +, Oxygen kinetics  +, Redox state  +
Aerobic glycolysis  +, Oxygen kinetics  +, Redox state  +
Substrate  +
ADP  +, Inhibitor  +, Oxygen kinetics  +
ADP  +, Flux control  +
Fatty acid  +
Redox state  +
ATP production  +, mt-Membrane potential  +
Aerobic glycolysis  +, Flux control  +, Temperature  +
Aerobic glycolysis  +, Flux control  +, Temperature  +
Aerobic glycolysis  +, Flux control  +, Temperature  +
Calcium  +, mt-Membrane potential  +, Redox state  +
Calcium  +, mt-Membrane potential  +, Oxygen kinetics  +,
mt-Membrane potential  +
ATP production  +
Ion;substrate transport  +
Q-junction effect  +
ADP  +, Substrate  +, Calcium  +
Oxygen kinetics  +
Oxygen kinetics  +
Redox state  +
mt-Membrane potential  +
Flux control  +, Temperature  +
E
Coupling efficiency;uncoupling  +
Ion;substrate transport  +
ADP  +, Substrate  +
ATP  +, PCr;Cr  +, pH  +,
Aerobic glycolysis  +
Aerobic glycolysis  +, ATP production  +
Temperature  +
Calcium  +, mt-Membrane potential  +
Cyt c  +, Flux control  +, mt-Membrane potential  +,
Cyt c  +, Redox state  +, Q-junction effect  +
Calcium  +, Ion;substrate transport  +
ATP  +, mt-Membrane potential  +
Ion;substrate transport  +, Substrate  +
Threshold;excess capacity  +
Ion;substrate transport  +
F
ATP  +, ATP production  +
Aerobic glycolysis  +
Aerobic glycolysis  +, Temperature  +
Inhibitor  +, mt-Membrane potential  +, Fatty acid  +
Coupling efficiency;uncoupling  +
Calcium  +, Ion;substrate transport  +
mt-Membrane potential  +, ADP  +, Uncoupler  +
ATP production  +, Calcium  +
ADP  +, Substrate  +
ADP  +, mt-Membrane potential  +
mt-Membrane potential  +
Inhibitor  +, mt-Membrane potential  +
Temperature  +
ADP  +, Inhibitor  +, Substrate  +
mt-Membrane potential  +, PCr;Cr  +
PCr;Cr  +, ATP production  +
Flux control  +
Oxygen kinetics  +
Q-junction effect  +
ADP  +, Inhibitor  +, Oxygen kinetics  +
Flux control  +, Ion;substrate transport  +
ATP production  +
Flux control  +, Ion;substrate transport  +, mt-Membrane potential  +
G
Calcium  +, Flux control  +, mt-Membrane potential  +,
mt-Membrane potential  +
ADP  +, Temperature  +
Coupling efficiency;uncoupling  +, Oxygen kinetics  +
Substrate  +, Redox state  +
Inhibitor  +
ATP production  +, Inhibitor  +, mt-Membrane potential  +
ATP production  +, Inhibitor  +, mt-Membrane potential  +
Fatty acid  +, Amino acid  +
Ion;substrate transport  +
Flux control  +, Inhibitor  +, Threshold;excess capacity  +
Flux control  +, Ion;substrate transport  +, mt-Membrane potential  +
Coupling efficiency;uncoupling  +, Flux control  +, mt-Membrane potential  +
ATP  +, Ion;substrate transport  +
Ion;substrate transport  +, pH  +
Coupling efficiency;uncoupling  +, Cyt c  +
Substrate  +
Substrate  +
ADP  +, Calcium  +, Substrate  +
Calcium  +, Inhibitor  +
Calcium  +, Flux control  +, Ion;substrate transport  +
mt-Membrane potential  +
Fatty acid  +
Oxygen kinetics  +
Amino acid  +
ADP  +, Calcium  +, mt-Membrane potential  +,
mt-Membrane potential  +
mt-Membrane potential  +
Aerobic glycolysis  +, ATP  +, Coupling efficiency;uncoupling  +
Oxygen kinetics  +
Aerobic glycolysis  +
ATP production  +, pH  +, Coupling efficiency;uncoupling  +
ADP  +, Coupling efficiency;uncoupling  +, Oxygen kinetics  +,
Substrate  +, Fatty acid  +, Amino acid  +
Aerobic glycolysis  +
Aerobic glycolysis  +
Aerobic glycolysis  +, Oxygen kinetics  +
Substrate  +, Fatty acid  +, Amino acid  +
ATP production  +, Coupling efficiency;uncoupling  +, Flux control  +
Aerobic glycolysis  +, Oxygen kinetics  +
ADP  +, ATP  +, ATP production  +,
Aerobic glycolysis  +, Oxygen kinetics  +
Coupling efficiency;uncoupling  +
Aerobic glycolysis  +, ADP  +, ATP  +,
Aerobic glycolysis  +, Coupling efficiency;uncoupling  +, Flux control  +
Aerobic glycolysis  +, Oxygen kinetics  +, Substrate  +,
Aerobic glycolysis  +, ADP  +, Coupling efficiency;uncoupling  +,
Aerobic glycolysis  +, ADP  +, ATP  +,
Aerobic glycolysis  +, Coupling efficiency;uncoupling  +, Flux control  +,
Aerobic glycolysis  +, Oxygen kinetics  +
Aerobic glycolysis  +, Oxygen kinetics  +, pH  +
ADP  +, ATP  +, PCr;Cr  +,
ADP  +, Flux control  +, Oxygen kinetics  +
ATP production  +, Oxygen kinetics  +
Substrate  +
Inhibitor  +, Oxygen kinetics  +, Substrate  +
ADP  +, Flux control  +, Oxygen kinetics  +,
Flux control  +, Oxygen kinetics  +, Substrate  +,
Cyt c  +, Ion;substrate transport  +, Substrate  +,
ADP  +, ATP  +, Coupling efficiency;uncoupling  +,
Oxygen kinetics  +, pH  +, Substrate  +,
ADP  +, Coupling efficiency;uncoupling  +, Oxygen kinetics  +,
Cyt c  +, Flux control  +, Oxygen kinetics  +,
Oxygen kinetics  +
Coupling efficiency;uncoupling  +, Uncoupler  +
Coupling efficiency;uncoupling  +
Coupling efficiency;uncoupling  +, Substrate  +, Fatty acid  +
Oxygen kinetics  +, Substrate  +
Coupling efficiency;uncoupling  +, Substrate  +, Fatty acid  +
Coupling efficiency;uncoupling  +, Flux control  +
Coupling efficiency;uncoupling  +, Flux control  +
Coupling efficiency;uncoupling  +, Flux control  +, mt-Membrane potential  +,
mt-Membrane potential  +
Coupling efficiency;uncoupling  +, Cyt c  +
Coupling efficiency;uncoupling  +
Flux control  +, Ion;substrate transport  +, mt-Membrane potential  +
Coupling efficiency;uncoupling  +
Redox state  +
Flux control  +, Ion;substrate transport  +, mt-Membrane potential  +
mt-Membrane potential  +
Coupling efficiency;uncoupling  +, Flux control  +, mt-Membrane potential  +,
Coupling efficiency;uncoupling  +
Coupling efficiency;uncoupling  +
ADP  +, ATP  +, PCr;Cr  +
Redox state  +, Fatty acid  +
Coupling efficiency;uncoupling  +
ATP production  +
ADP  +, Coupling efficiency;uncoupling  +, Ion;substrate transport  +,
ADP  +, Coupling efficiency;uncoupling  +
Coupling efficiency;uncoupling  +
mt-Membrane potential  +
pH  +, Temperature  +, Threshold;excess capacity  +
Temperature  +, Threshold;excess capacity  +
Aerobic glycolysis  +, Redox state  +
Inhibitor  +, Redox state  +
Ion;substrate transport  +
Coupling efficiency;uncoupling  +
Coupling efficiency;uncoupling  +
ADP  +, Substrate  +, Temperature  +,
Ion;substrate transport  +
Coupling efficiency;uncoupling  +
Q-junction effect  +
Flux control  +, Inhibitor  +, Q-junction effect  +
ADP  +, Ion;substrate transport  +, PCr;Cr  +,
ADP  +, ATP production  +, PCr;Cr  +
H
Oxygen kinetics  +
ATP production  +
Inhibitor  +, Uncoupler  +
ADP  +, ATP  +, Flux control  +,
Coupling efficiency;uncoupling  +, Fatty acid  +
ADP  +, ATP  +, pH  +
ADP  +, ATP  +, mt-Membrane potential  +,
Substrate  +, Fatty acid  +
Ion;substrate transport  +
Oxygen kinetics  +
ATP production  +, Ion;substrate transport  +, Uncoupler  +
Cyt c  +, Oxygen kinetics  +, Redox state  +
Oxygen kinetics  +, Redox state  +
Ion;substrate transport  +
Coupling efficiency;uncoupling  +, mt-Membrane potential  +
Uncoupler  +
Flux control  +, Inhibitor  +
Flux control  +, Inhibitor  +, Substrate  +
Flux control  +, Temperature  +
Inhibitor  +
mt-Membrane potential  +
Ion;substrate transport  +
Fatty acid  +
Coupling efficiency;uncoupling  +, Uncoupler  +, Fatty acid  +

Showing 1 related entity.

Showing 3 related entities.

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{ "type": "PROPERTY_CONSTRAINT_SCHEMA", "constraints": { "type_constraint": "_txt", "allowed_values": [ "Aerobic glycolysis", "ADP", "ATP", "ATP production", "AMP", "Calcium", "Coupling efficiency;uncoupling", "Cyt c", "Flux control", "Inhibitor", "Ion;substrate transport", "mt-Membrane potential", "Oxygen kinetics", "PCr;Cr", "pH", "Phosphate", "Redox state", "Substrate", "Temperature", "Threshold;excess capacity", "Uncoupler", "Fatty acid", "Amino acid", "Q-junction effect" ] } }