Loreal

Last updated January 31, 2026

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Cyclic thermal microcurrent modulation: LorealRecent Research Landscape

Thermal shock during topical delivery causes skin irritation and inconsistent absorption, which is mitigated by integrating alternating temperature cycles with non-contact piston dispensing. This mechanism ensures formula integrity while enhancing transdermal penetration through controlled thermal stimulation.

What technical problems is Loreal addressing in Cyclic thermal microcurrent modulation?

Inconsistent plasma treatment delivery

(30)evidences

Static temperature application leads to rapid thermal equilibrium and reduced physiological response. Alternating thermal cycles prevent sensory adaptation and enhance localized metabolic stimulation.

Inadequate transdermal cellular activation

(20)evidences

Variable tissue resistance and skin barrier integrity prevent reliable transport of large molecular weight peptides. Overcoming these physical barriers ensures predictable therapeutic dosing and depth penetration.