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Apps: ECG, Cardiology, Physiology

ECG

Demonstrating the Einthoven Leads of the 3-lead ECG system. The loop vector trace in each of the three leads shows the how the wave is generated. A simple insight into how the wave is formed allows the student to connect the amplitude and direction and time to form the vector.

Cardiology

False colour propagation of excitation across the cardiomuscular tissue of the heart. The heart tissue is the unique electrical activity varies across the specialised structures if the heart. Changes in the metabolic function of these structures are revealed by the electrical changes observed by the ECG.

Physiology

The electrical activity and excitability of the various cells in the body is attributed to the unique set of ion channels and transporters expressed in the membrane. The subtle variations of these ion channels change the behaviour of the cell. The ion gradient required for the potential difference is maintained by the ATPase Na/K transporter.

Applications

Teaching Science

The founding principles of Craytonium Ltd was explain complex physiology and biological systems with simple biological animations. With all physiological systems, they are driven by the mathematical modelling data from the research projects conducted over the past 30 years.

Physiology is the scientific study of the normal functions, mechanisms, and processes operating within living systems, ranging from molecules and cells to organs and entire organisms. It explains how biological systems function, adapt, and interact to maintain health, distinct from anatomy which focuses solely on structure.

Animations are fantastic for demonstrating complex systems, they are even better when they are interactive and work within the physiological ranges of living organisms.