Balneology and spa treatments in dermatology: The european point of view
Key Findings
- Editorial framing dermatologic balneology as an established European therapeutic tradition, contrasted with a more skeptical American view
- Sulphuric spa waters show a dose-dependent inhibitory effect on stimulated human peripheral blood lymphocytes in vitro, with strong inhibition of CD3-activated T lymphocytes
- Sulphureous spa water immersion inhibits IL-2 and IFN-gamma release from Th1 lymphocytes — a proposed local immunomodulating effect relevant to inflammatory skin disease
- Integrating sulphur balneology with phototherapy is described as an effective psoriasis treatment in Italy, Iceland, and at the Dead Sea
- Montecatini (Italy) mud-baths raise plasma beta-endorphin levels in a way qualitatively different from heat-shock alone, offered as a partial mechanistic explanation for balneotherapy's pain and immune effects
A short 1994 editorial by Lotti and Freedman framing the European tradition of dermatologic balneology against then-prevailing American skepticism, and summarizing the immunological rationale available at the time: sulphur-rich spa water inhibits T-lymphocyte proliferation and Th1 cytokine release (IL-2, IFN-gamma), a mechanism proposed to explain balneotherapy’s benefit in inflammatory skin disease. Not peat-specific — it covers mineral spa waters generally — but it is a foundational, frequently-cited early source for the immunomodulatory rationale behind balneotherapy in psoriasis, and is read here as background support rather than peat-specific evidence.
The source is a scanned print original with visible OCR artifacts; the findings above were reconstructed from the abstract and clearly legible body sentences, with ambiguous OCR passages set aside.
Where this source is used on this site
Each page below cites this paper as evidence for a specific claim. The note shows what the page draws from it.
Editorial (not peat-specific): sulphureous spa water inhibits T-lymphocyte proliferation and IL-2/IFN-gamma release from Th1 cells in vitro; sulphur balneotherapy + phototherapy described as effective for psoriasis in Italy, Iceland, Dead Sea