Sulforaphane and Air Pollution: What the Broccoli Sprout Detoxification Trials Found
What three randomized trials in Qidong, China found about broccoli sprout beverages and the body’s excretion of benzene and acrolein.
What three randomized trials in Qidong, China found about broccoli sprout beverages and the body’s excretion of benzene and acrolein.
Myrosinase is heat sensitive, so cooking method decides how much sulforaphane forms. What the food science says about steaming, boiling, and chopping.
A randomized trial tested broccoli sprout extract in people with type 2 diabetes. What it measured, what it found, and the limits that remain.
What the Nrf2 pathway means for skin: how sulforaphane is studied for UV damage and photoaging, and where the human evidence currently stops.
Instead of a shifting best-of list, here are the criteria separating an effective sulforaphane supplement from an ineffective one, starting with myrosinase.
What sulforaphane is, where it comes from, how it is thought to work, and which claims the research supports versus what is still unproven.
How sulforaphane (Nrf2 activation) and NAC (glutathione/thiol support) differ mechanistically, what’s studied, and where evidence stands for each.
Glucoraphanin is the precursor; sulforaphane is the active compound. Here’s how conversion works, why it matters, and what to look for in a supplement.
Does sulforaphane suppress thyroid function? A close look at the goitrogen concern, what the evidence actually shows, and who should be cautious.
A look at sulforaphane’s proposed liver benefits, the Nrf2 mechanism, and what a broccoli sprout trial in NAFLD actually found.
A careful look at sulforaphane’s effects on immune cells and inflammation, what’s supported by research and what’s still early or preliminary.
A grounded review of sulforaphane supplement complaints, drug interaction cautions, pregnancy safety gaps, and product quality inconsistencies.