Provider-supervised catalog
Intimacy and connection support includes compounded options such as oxytocin, prepared by a licensed pharmacy. Each shows its exact strength and price, and is prescribed only after an independent, licensed U.S. provider reviews your medical intake — discreetly and privately.
1 treatment
Oxytocin 25–200 IU Troche
A compounded oxytocin troche that dissolves in the mouth. Prescribed as part of provider-guided plans focused on connection and intimacy.
4 strengths available
from $59.00
Choose optionsSildenafil vs. tadalafil: how they compare
A neutral look at two PDE5 inhibitors — their shared mechanism, general differences in onset and duration of action, and the forms they come in.
How PT-141 (bremelanotide) works: the melanocortin pathway
A neutral, mechanism-focused look at the melanocortin system and how bremelanotide is understood to act on it, in contrast to the vascular route of PDE5 inhibitors.
How PDE5 inhibitors are understood to act in erectile physiology
An educational overview of the PDE5 inhibitor class and the nitric oxide and cGMP signaling pathway it is understood to act on.
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.
The HPA axis and the stress response: how cortisol signaling is understood to work
A plain-language, mechanism-focused look at the hypothalamic-pituitary-adrenal cascade, its negative-feedback loop, and how acute and chronic stress signaling differ.
Sympathetic vs. parasympathetic: how the body's arousal and calming branches work
A neutral, mechanism-focused look at how the body's two autonomic branches — sympathetic arousal and parasympathetic calming — signal, differ, and keep each other in balance.
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.
