Synopsis of Social media discussions

This collection of discussions highlights skepticism about the purported health benefits of sulforaphane, with users pointing out that it depletes glutathione rather than increasing it, such as mentioning that NAC can negates SFN effects. The tone is analytical, referencing scientific studies and using technical language that reflects a serious engagement with the research findings.

A
Agreement
Low agreement

Most discussions challenge the positive perception of sulforaphane's benefits, emphasizing its pro-oxidative and depleting effects on glutathione, which suggests skepticism about its health claims.

I
Interest
Moderate level of interest

Posts demonstrate curiosity about mechanisms and effects, especially regarding antioxidant levels and how compounds like NAC and GSH interact with sulforaphane.

E
Engagement
Moderate level of engagement

Users actively reference scientific concepts, studies, and expert opinions, showing a moderate level of detailed engagement.

I
Impact
Neutral impact

Discussions are largely focused on clarifying scientific details rather than proposing broad real-world impacts, resulting in neutral impact scoring.

Social Mentions

YouTube

3 Videos

Facebook

2 Posts

Twitter

27 Posts

Metrics

Video Views

36,957

Total Likes

581

Extended Reach

184,105

Social Features

32

Timeline: Posts about article

Top Social Media Posts

Posts referencing the article

Sulforaphane Modulates T-Cell Inflammatory Responses via Oxidative Stress

Sulforaphane Modulates T-Cell Inflammatory Responses via Oxidative Stress

Sulforaphane, a plant compound, induces oxidative stress in human T cells by increasing ROS and depleting glutathione. It inhibits T cell activation by targeting STAT3 and reducing inflammatory cytokines, suggesting potential for autoimmune disease therapy.

April 2, 2023

24,650 views


Natural Approaches to Healing Ulcers and Digestive Inflammation

Natural Approaches to Healing Ulcers and Digestive Inflammation

This video provides insights into managing stomach ulcers and digestive inflammation by addressing underlying causes. Learn about effective natural treatments, including the potential role of cabbage juice, to improve symptoms and support healing.

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Cabbage Juice for Reducing Intestinal Inflammation and Digestive Health

Cabbage Juice for Reducing Intestinal Inflammation and Digestive Health

Drink one cup of cabbage juice daily to help reduce inflammation from your intestines, including conditions like gastritis, ulcers, and digestive issues. This natural remedy supports gut health and alleviates intestinal inflammation.

November 28, 2023

14 views


  • T.C. Hale
    @kickitinthenuts (Twitter)

    Addressing Ulcers Naturally: https://t.co/7MKHDtVkFw
    view full post

    June 14, 2025

  • T.C. Hale
    @kickitinthenuts (Twitter)

    Addressing Ulcers Naturally: https://t.co/7MKHDtVkFw
    view full post

    April 11, 2025

  • T.C. Hale
    @kickitinthenuts (Twitter)

    Addressing Ulcers Naturally: https://t.co/7MKHDtVkFw
    view full post

    February 21, 2025

  • T.C. Hale
    @kickitinthenuts (Twitter)

    Addressing Ulcers Naturally: https://t.co/7MKHDtVkFw
    view full post

    January 11, 2025

  • T.C. Hale
    @kickitinthenuts (Twitter)

    Addressing Ulcers Naturally: https://t.co/7MKHDtVkFw
    view full post

    November 10, 2024

  • T.C. Hale
    @kickitinthenuts (Twitter)

    Addressing Ulcers Naturally: https://t.co/7MKHDtVkFw
    view full post

    August 31, 2024

  • T.C. Hale
    @kickitinthenuts (Twitter)

    Addressing Ulcers Naturally: https://t.co/7MKHDtVkFw
    view full post

    July 28, 2024

    1

  • T.C. Hale
    @kickitinthenuts (Twitter)

    Addressing Ulcers Naturally: https://t.co/7MKHDtVkFw
    view full post

    June 22, 2024

  • T.C. Hale
    @kickitinthenuts (Twitter)

    Addressing Ulcers Naturally: https://t.co/7MKHDtVkFw
    view full post

    May 20, 2024

  • T.C. Hale
    @kickitinthenuts (Twitter)

    Addressing Ulcers Naturally: https://t.co/7MKHDtVkFw
    view full post

    April 24, 2024

  • T.C. Hale
    @kickitinthenuts (Twitter)

    Addressing Ulcers Naturally: https://t.co/7MKHDtVkFw
    view full post

    March 31, 2024

  • T.C. Hale
    @kickitinthenuts (Twitter)

    Addressing Ulcers Naturally: https://t.co/7MKHDtVkFw
    view full post

    March 14, 2024

  • T.C. Hale
    @kickitinthenuts (Twitter)

    Addressing Ulcers Naturally: https://t.co/7MKHDtVkFw
    view full post

    February 19, 2024

  • T.C. Hale
    @kickitinthenuts (Twitter)

    Addressing Ulcers Naturally: https://t.co/7MKHDtVkFw
    view full post

    January 28, 2024

  • T.C. Hale
    @kickitinthenuts (Twitter)

    Addressing Ulcers Naturally: https://t.co/7MKHDtVkFw
    view full post

    January 6, 2024

  • T.C. Hale
    @kickitinthenuts (Twitter)

    Addressing Ulcers Naturally: https://t.co/7MKHDtVkFw
    view full post

    December 8, 2023

  • T.C. Hale
    @kickitinthenuts (Twitter)

    Addressing Ulcers Naturally: https://t.co/7MKHDtVkFw
    view full post

    November 3, 2023

  • T.C. Hale
    @kickitinthenuts (Twitter)

    Addressing Ulcers Naturally: https://t.co/7MKHDtVkFw
    view full post

    September 25, 2023

  • T.C. Hale
    @kickitinthenuts (Twitter)

    Addressing Ulcers Naturally: https://t.co/7MKHDtVkFw
    view full post

    August 24, 2023

  • T.C. Hale
    @kickitinthenuts (Twitter)

    Addressing Ulcers Naturally: https://t.co/7MKHDtVSv4
    view full post

    July 25, 2023

  • Eve.S.
    @yeeseak (Twitter)

    https://t.co/QLezuY7BI2
    view full post

    June 30, 2023

    2

  • Lee Stevenson
    @bashuser (Twitter)

    Sulforaphane Inhibits Inflammatory Responses of Primary Human T-Cells by Increasing ROS and Depleting Glutathione https://t.co/p3WPP9qFbS
    view full post

    May 17, 2023

  • Nick | Gut Health
    @theholisticnick (Twitter)

    of the body, but only after oxidative stress from the Sulforaphane The study below shows it doesn't raise antioxidant levels & actually depletes glutathione levels in parts of the body so that it can be used to address the stress caused by Sulforaphane https://t.co/GtGaIrZ452
    view full post

    March 23, 2023

  • The GUT CLUB
    @club_gut (Twitter)

    @chydorina @remissionbiome NAC negates SFN: “The inhibitory effects of SFN could be abolished by exogenously supplied GSH and by the GSH replenishing antioxidant N-acetylcysteine (NAC).” https://t.co/M6AKfry3sC
    view full post

    February 7, 2023

    1

  • Nick | Gut Health
    @theholisticnick (Twitter)

    There's also a belief that this chemical boosts your body's normal base levels of glutathione. That's also not true. As studies have shown, it can boost the presence in certain areas, but depletes other areas leaving cells vulnerable (study below). https://t.co/GtGaIrZ452
    view full post

    October 5, 2022

    2

  • Ronen Pinko
    @ronenpinko (Twitter)

    @BradStanfieldMD Doesn’t NAC counter some of SFN benefits?, as described here https://t.co/TALyl0TBQM
    view full post

    September 17, 2021

    1

  • alephh
    @alephh (Twitter)

    Sulforaphane has a pro-oxidative effect on human T-cells leading to an increase of reactive oxygen species (ROS) levels & severe depletion of ROS-scavenger glutathione pools accompanied by increased oxidation of proteins at redox active cysteine residues. https://t.co/CPJFlGnWeA
    view full post

    June 25, 2020

Abstract Synopsis

  • Sulforaphane (SFN), a plant-derived compound, induces oxidative stress in human T cells by increasing reactive oxygen species (ROS) and decreasing glutathione (GSH), which affects T cell activity and function.
  • SFN targets the transcription factor STAT3, leading to reduced activation of T cells and downregulation of T17-related genes and cytokines such as IL-17A, IL-17F, and IL-22, which are involved in autoimmune diseases like rheumatoid arthritis.
  • The immunosuppressive effects of SFN can be reversed by GSH or antioxidants like N-acetylcysteine (NAC), indicating that SFN’s action depends on redox changes, and it may offer new treatment options for T17-driven chronic inflammatory autoimmune conditions.