Intensive care medicine

Resuscitation

Cardiology

Anesthesia

Physiology

Heart failure

Starling

Stroke volume

Frank–Starling law of the heart

Internal medicine

Medicine

Ejection fraction

Frontiers in Veterinary Science

Ernest Starling first presented a hypothesis about the absorption of tissue fluid to the plasma within tissue capillaries in 1896. In this Chapter we trace the evolution of Starling's hypothesis to a principle and an equation, and then look in more detail at the extension of the Starling principle in recent years. In 2012 Thomas Woodcock and his son proposed that experience and experimental observations surrounding clinical practices involving the administration of intravenous fluids were better explained by the revised Starling principle. In particular, the revised or extended Starling principle can explain why crystalloid resuscitation from the abrupt physiologic insult of hypovolaemia is much more effective than the pre-revision Starling principle had led clinicians to expect. The authors of this chapter have since combined their science and clinical expertise to offer clinicians a better basis for their practice of rational fluid therapy.

Advances in the Starling Principle and Microvascular Fluid Exchange; Consequences and Implications for Fluid Therapy