Tools for Managing Stress & Anxiety | Huberman Lab Essentials

In this Huberman Lab Essentials episode, I explain strategies for managing stress, both in the short and long term, to enhance overall well-being.

I explain how the mind and body respond to stress and how acute stress has immune-boosting benefits. I discuss science-supported tools and supplements to better manage stress in real time and protocols for raising one’s stress threshold to build resilience to life’s inevitable challenges. I also describe practices to reduce chronic stress and maintain a balanced, healthy life.

Episode show notes:

Huberman Lab Essentials are short episodes focused on essential science and protocol takeaways from past full-length Huberman Lab episodes. Watch or listen to the full-length episode:

*Timestamps*
00:00:00 Huberman Lab Essentials; Emotions & Stress
00:02:37 What is Stress?
00:04:23 Short-Term Stress Response
00:06:49 Breathwork to Reduce Stress; Tool: Physiological Sigh
00:11:52 Physiologic Sigh, Carbon Dioxide & Rapid Stress Reduction
00:13:30 Short-Term Stress, Positive Benefits, Immune System
00:16:35 Tool: Deliberate Hyperventilation, Adrenaline & Infection
00:21:01 Raising Stress Threshold, Tool: Eye Dilation
00:25:00 Mitigating Long-Term Stress; Tool: Social Connection, Delight
00:28:58 Melatonin, Caution
00:30:06 L-theanine, Ashwagandha
00:31:19 Recap & Key Takeaways

Disclaimer & Disclosures:

5 Comments

  1. Thank you for watching! If you enjoyed this topic and episode, please click the “Like” button and subscribe to our channel on YouTube. Thank you for your interest in science! — Andrew

  2. I am 18 year old student…
    With toxic parents and not really permitted to anywhere besides my classes soo looking at different things I can perform to get my stress down and shit together

  3. I feel like that I can let the anxiety go if I want to but Iam scared to let my anxiety go because what if something happens and Iam not ready

  4. What is your opinion about HBOT please? I needed to have more oxigen in the bloodstream.=>there were more oxigen in the tissues i guess. ?

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