
40 / 100 IU/mL — 6 mL
The bonding hormone, in a prescription nasal spray. Prescribed off-label within provider-directed intimacy and connection protocols.
Rx only — requires provider review
Included in this price
Strength
Purchase option
Oxytocin Nasal Spray · 100 IU/mL · 6 mL
$99.00
Not available in AR, IN, MN, SC — checkout enforces state eligibility.
The science
Oxytocin is a peptide hormone your body produces naturally — it is released during physical closeness and plays a signaling role in bonding, trust, and emotional connection. The nasal spray format delivers oxytocin through the nasal passages, a route used because peptides break down quickly when swallowed.
It is prescribed off-label for patients working on goals related to intimacy and connection, sometimes as part of a broader sexual-wellness or relationship-focused protocol. Research into oxytocin's role in social and intimate behavior is ongoing, and your provider can discuss what the evidence does and does not support.
Oxytocin nasal spray is used under medical supervision as part of a provider-directed plan. OpenDoseRx treatments are dispensed only after a licensed provider reviews your health intake and determines a prescription is appropriate for you.
How ordering works
Choose your strength
Pick the exact dose and pack size. You see the price before you commit — nothing is hidden until checkout.
A provider reviews your intake
Complete a short medical intake. An independent, licensed U.S. provider decides if it's appropriate — and if they decline, you're refunded in full.
Compounded and shipped
Approved orders are prepared by a licensed U.S. pharmacy — typically shipped within 1–2 business days of approval, then 3–5 business days in transit to your door.
Common questions
Pairs well with
Keep learning
What oxytocin is: the neuropeptide and what research describes
A neutral, mechanism-focused look at oxytocin as a hypothalamic neuropeptide and the physiological and social-bonding roles researchers have studied.
How neuropeptides signal: the body's slower, longer-range chemical messengers
A plain-language, mechanism-focused look at how neuropeptides are understood to signal differently from classical neurotransmitters, using oxytocin, orexin, and the melanocortins as examples.
Nasal spray vs. injectable peptides: absorption routes
A neutral, mechanism-focused look at how a nasal spray and a subcutaneous injection differ in the way a peptide travels from the point of administration into the bloodstream.