System Overload episode artwork

EPISODE · Jun 5, 2026 · 31 MIN

System Overload

from The Scalp Society · host Carie Blush

In this episode, Molly G, a trichology expert, discusses the use of epigenetic hair scans to identify markers and deficiencies related to system overload and common themes such as thyroid issues. The impact of the hair scan on shedding and the importance of addressing root causes are also explored. The conversation covers topics such as autoimmune issues and thyroid, the hair strand analysis process, connecting the dots for clients, supporting clients with thyroid issues, gut health and thyroid connection, hair strand analysis and AI integration, challenges with hair strand analysis, MOLIG perspective on hair strand analysis, pricing and device ownership, Scalp Society mentorship upgrade, clinical study participants and homework, and round three of mentorship.TakeawaysEpigenetic hair scans reveal 90 days worth of information about markers and deficiencies.System overload can manifest in various ways, including thyroid issues and shedding.Addressing root causes is crucial for achieving better results in tricology treatments. Autoimmune markers hint towards thyroid issuesHair strand analysis provides a comprehensive report for clientsChapters00:00 Introduction to Trichology and Wellness05:36 System Overload and Common Themes12:34 Thyroid and Hair Shedding19:12 Autoimmune Issues and Thyroid25:16 Hair Strand Analysis and AI Integration32:03 Pricing and Device Ownership37:50 Round Three of MentorshipJoin Molly Gee in this next round of Mentorship.

Episode metadata supplied by the publisher feed · Published Jun 5, 2026

In this episode, Molly G, a trichology expert, discusses the use of epigenetic hair scans to identify markers and deficiencies related to system overload and common themes such as thyroid issues. The impact of the hair scan on shedding and the importance of addressing root causes are also explored. The conversation covers topics such as autoimmune issues and thyroid, the hair strand analysis process, connecting the dots for clients, supporting clients with thyroid issues, gut health and thyroid connection, hair strand analysis and AI integration, challenges with hair strand analysis, MOLIG perspective on hair strand analysis, pricing and device ownership, Scalp Society mentorship upgrade, clinical study participants and homework, and round three of mentorship.TakeawaysEpigenetic hair scans reveal 90 days worth of information about markers and deficiencies.System overload can manifest in various ways, including thyroid issues and shedding.Addressing root causes is crucial for achieving better results in tricology treatments. Autoimmune markers hint towards thyroid issuesHair strand analysis provides a comprehensive report for clientsChapters00:00 Introduction to Trichology and Wellness05:36 System Overload and Common Themes12:34 Thyroid and Hair Shedding19:12 Autoimmune Issues and Thyroid25:16 Hair Strand Analysis and AI Integration32:03 Pricing and Device Ownership37:50 Round Three of MentorshipJoin Molly Gee in this next round of Mentorship.

PodParley-generated summary based on available episode metadata and transcript content.

NOW PLAYING

System Overload

0:00 31:23

No transcript for this episode yet

We transcribe on demand. Request one and we'll notify you when it's ready — usually under 10 minutes.

Frequently Asked Questions

How long is this episode of The Scalp Society?

This episode is 31 minutes long.

When was this The Scalp Society episode published?

This episode was published on June 5, 2026.

What is this episode about?

In this episode, Molly G, a trichology expert, discusses the use of epigenetic hair scans to identify markers and deficiencies related to system overload and common themes such as thyroid issues. The impact of the hair scan on shedding and the...

Can I download this The Scalp Society episode?

Yes, you can download this episode by clicking the download button on the episode player, or subscribe to the podcast in your preferred podcast app for automatic downloads.
URL copied to clipboard!