Blood plasma Illustration Play

Characteristics of positive and negative feedback Whiteboard exercise Play

Classification of receptors based on the location of the stimulus Chart Play

Classification of receptors based on the type of stimulus (energy) Chart Play

Control of homeostatic mechanisms Slideshow Play

Effects of changes in blood volume on the volume of excreted urine Simulation Play

Extracellular and intracellular spaces in the human organism Whiteboard exercise Play

Homeostasis – stability of the internal environment Slideshow Play

Homeostasis – the stability of the internal environment Student activity Play

Homeostatic regulation in plants Slideshow Play

How homeostatic mechanisms work – blood calcium levels Simulation Play

How homeostatic mechanisms work – blood calcium levels Student activity Play

Internal environment of the organism Student activity Play

Negative feedback – blood volume Student activity Play

Negative feedback – blood volume Whiteboard exercise Play

Optimum values for the physiological variables Whiteboard exercise Play

Organs involved in homeostasis Whiteboard exercise Play

Pathway of the stimulus Whiteboard exercise Play

Positive feedback – blood-clotting Student activity Play

Positive feedback – blood-clotting Animation Play

Regulation of blood volume during haemorrhage Illustration Play

Role of the homeostatic mechanism Whiteboard exercise Play

Role of the nervous system in homeostasis Student activity Play

Stimulation of hormone secretion Slideshow Play

The concept of homeostasis Class activity Play

The concept of homeostasis Whiteboard presentation Play

The internal environment of multicellular organisms Animation Play