As yoga teachers, we often see students who come to class feeling tired, achy, or stressed—but the underlying reasons aren’t always obvious. One major factor is chronic, low-grade inflammation, which can subtly affect energy, mood, and movement. While it isn’t our job as job teachers to cure every student of their inflammation, understanding this process can help you teach more confidently and plan sequences that support a wide range of students, including those managing chronic inflammatory conditions.
Why It Matters for Teaching
Chronic inflammation is the body’s prolonged immune response, often triggered by stress, inactivity, or underlying health conditions. While acute inflammation is protective, persistent inflammation can affect energy, joint comfort, and resilience (Medzhitov 2008).
As a teacher, you may already be noticing subtle signs in your students:
· A regular who feels stiff in the mornings but loosens up after class.
· A student who seems unusually fatigued, even after restorative poses.
· Someone managing flare-ups from an autoimmune condition who looks for extra options during transitions.
Understanding how inflammation affects movement and energy can help you adapt classes and cue effectively, so all students can participate comfortably.
💡 Did You Know?
Chronic inflammation doesn’t always cause pain. It can also show up as fatigue, low mood, or brain fog—things you might notice in students long before they mention a diagnosis.
What the Research Says
Studies suggest that consistent physical activity, including yoga, can help reduce chronic inflammation. Key insights for teachers:
· Yoga may calm low-grade inflammation, particularly when practiced regularly (Pascoe 2017).
· Stress and depression activate inflammatory pathways, so including breathwork, restorative poses, or mindfulness exercises can be especially beneficial (Slavich & Irwin 2014).
· Any style of yoga that keeps students moving moderately is helpful—we don’t need to focus only on slower styles. Exercise in general lowers inflammatory markers (Gleeson 2011).
What’s the science behind why physical activity lowers inflammation?
Our nervous systems are incredible at conversing energy. When we are physically active on a regular basis this is recognised by our nervous system which then starts to conserve energy to allow us to keep up this physical activity. One of the ways it does that is by lowering chronic inflammation in the body!
Applying This in Your Teaching
1. Design classes that combine mindful pacing and thoughtful variation, using gentle options for students who need them, while including dynamic flows for others.
2. Incorporate particularly stress-relieving elements, such as restorative poses or mindful pauses, to help students regulate their nervous system.
3. Share physiology insights selectively to enhance student understanding and engagement:
a. “Slow, deep breathing signals the nervous system to relax and helps your body manage stress.”
b. “Gentle, consistent movement helps regulate the body’s inflammatory response, keeping joints and tissues healthier.”
c. “Your mind and body are constantly communicating—stress can influence inflammation, while mindful movement can help calm it.”
4. Offer variations and props for students experiencing fatigue, joint discomfort, or other inflammation-related challenges.
Teacher-Focused Takeaway
By understanding the links between inflammation, stress, and movement, you can:
· Teach with greater confidence and clarity.
· Plan classes that support students with a variety of needs, including chronic inflammatory conditions.
· Enhance your professional expertise by applying physiology knowledge to everyday teaching.
References:
Gleeson M, et al. The anti-inflammatory effects of exercise: mechanisms and implications for the prevention and treatment of disease. Nature Reviews Immunology. 2011;11:607–615.
Medzhitov R. Origin and physiological roles of inflammation. Nature. 2008;454:428–435.
Pascoe MC, et al. Yoga, inflammation, and immunity: a systematic review. Frontiers in Immunology. 2017;8:1–13.
Slavich GM, Irwin MR. From stress to inflammation and major depression: a social signal transduction theory of depression. Nature Reviews Immunology. 2014;14:212–227.