On-farm consumption (bokujō innyō / 牧場飲用) is the only legal pathway. Commercial sale requires pasteurization under the Ministerial Ordinance on Milk and Dairy Products. Some farms offer raw milk to on-site visitors.
Raw milk (seinyū / 生乳) is tightly regulated in Japan under the Ministerial Ordinance on the Compositional Standards for Milk and Dairy Products (Nyū oyobi nyūseihin no seibun kikaku-tō ni kansuru shōrei, Ordinance No. 52 of 1951, as amended), enforced by the Ministry of Health, Labour and Welfare (Kōsei Rōdōshō / 厚生労働省). All milk sold commercially must be pasteurized or sterilized; off-farm retail or distribution of raw milk is not permitted.
The one recognized pathway for raw milk consumption is bokujō innyū (牧場飲用 — "farm drinking"): consumers may drink raw milk directly on the farm premises where it was produced. Some farms, particularly those operating as tourism or educational attractions (maki bokujo), offer this experience to visitors. No take-home sales or delivery of raw milk are permitted under current regulations.
Official government documents and legal resources for Japan
Ministerial Ordinance establishing compositional and hygiene standards for milk and dairy products in Japan. Requires pasteurization for all commercially sold milk; the basis for the raw milk restriction.
View Official Resource →Search for raw milk sources near popular locations in Japan
Free, no paywalls, no private equity.
Keep this project going and growing.
Connect people with raw milk sources.
Every tip keeps real food accessible.
✓ You're supporting a free community resource. This is a tip/donation, not a purchase of milk or products.
Trusted by farms, local businesses, and startups nationwide.
Unfortified milk contains too little vitamin D to matter nutritionally, and fortification, not pasteurization, supplies almost all of what is on the label.
The milk fat globule membrane’s own proteins respond to heat unevenly: some resist modification, one shows stabilization, and processing can add proteins in.
Between alkaline phosphatase and lactoperoxidase sits GGT, a milk enzyme whose heat sensitivity distinguishes specific pasteurization intensities.
HPP denatures a different set of whey proteins than heat, preserves human milk miRNA far better, but isn’t automatically gentler overall.
Milk’s main native protein-cutting enzyme survives standard pasteurization largely intact and even retains activity after UHT, unlike most milk enzymes.
Unlike most milk components, oligosaccharides show up consistently unaffected by standard pasteurization across more than a decade of independent research.
