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The conversation is about making a solution of RU58841 using propanediol instead of propylene glycol due to skin irritation. The user seeks advice on whether this substitution is acceptable.

A user discusses their experience with dissolving high concentrations of minoxidil in various ethanol/PG ratios and mentions difficulties with combining it with RU58841. They note that a 5% minoxidil solution remains stable, while higher concentrations tend to precipitate.

RU58841 is being mixed with Minoxidil solution, but concerns arise about water causing instability. Mixing with water may lead to hydrolysis, potentially reducing effectiveness.

The conversation discusses using RU58841 mixed with topical minoxidil for hair loss, noting its chemical instability and storage challenges. A user shares their experience using RU58841 with ethanol and propylene glycol, mentioning no significant results yet.

RU58841 solution developed crystals after refrigeration. Letting it reach room temperature and shaking can dissolve the crystals.

The conversation is about using distilled water as a solvent for topical finasteride to reduce systemic absorption. The user is considering avoiding ethanol and propylene glycol to achieve this.

The user is experiencing an allergic reaction to propylene glycol in Kirkland minoxidil and is considering switching to a foam version or a low-PG minoxidil solution. They are also contemplating oral minoxidil but are concerned about its long-term safety.

The user is seeking an alternative solvent for pyrilutamide due to skin irritation from ethanol and propylene glycol. They experienced similar issues with topical minoxidil.

A user wants to dilute a melatonin sublingual spray to 0.0033% for use as a topical hair loss treatment. They ask if distilled water can be used for dilution and how much is needed for stability over months.

The conversation is about the stability of pyrilutamide in different solutions. The user is asking if a 70/30 ethanol/pg solution with 4% water will degrade pyrilutamide.

A user mixed 3g of RU58841 with Kirkland Minoxidil and noticed a gooey precipitate forming. They are seeking advice on what went wrong.

The conversation discusses creating a customized minoxidil formulation with tretinoin, azelaic acid, and caffeine, but there are concerns about foam stabilization due to acidity. The user seeks advice on the best formulation for effective results.

A user plans to create a custom topical solution by adding finasteride, caffeine, cetirizine, and melatonin to a minoxidil bottle, questioning the stability and effectiveness of this mix. Concerns include potential crystallization and solution muddiness with added ingredients.

The conversation discusses using minoxidil foam as a solvent for topical finasteride. Ingredients of minoxidil foam include butane, cetyl alcohol, glycerin, and purified water.

The user is considering making a homemade topical finasteride solution using an ethanol-based carrier. They are inquiring if a solution containing partially denatured ethyl alcohol and benzalkonium chloride is suitable.

OP mixed RU58841 with minoxidil and initially saw crystals, but realized they were bubbles. They asked for advice on application frequency for a 5% solution.

RU-58841 does not dissolve well in common Minoxidil solutions due to water content, requiring a 70/30 ethanol/propylene glycol mix. Users report using separate solutions for RU-58841 and finasteride/Minoxidil for better results.

A 15% discount is offered on hair research products like RU58841 and TEMPOL at Chemyo.com. The legality of selling these compounds is confirmed by the seller.

Mixing RU58841 with cetosomal minoxidil is discussed due to scalp irritation from ethanol PG vehicles. A mixture of the two turned bright pink when left to dry.

Diluting finasteride in a Hims spray can be done using ethanol or propylene glycol to maintain the desired concentration without increasing minoxidil levels. This approach ensures the finasteride concentration is reduced to 0.025% without affecting the minoxidil strength.

A user is making a homemade topical finasteride solution by dissolving crushed finasteride tablets in ethanol and PG. They are unsure if the final solution maintains the intended concentration after filtering and are considering adding more ethanol to ensure accuracy.

A user wants to make a solution for RU58841 and finasteride powder using only glycerin and asks if ethanol is necessary. They are seeking advice on whether glycerin alone is sufficient.

The conversation discusses using non-denatured ethanol for RU58841. Treatments mentioned include Minoxidil, finasteride, and RU58841.

Mixing RU58841 with a solution for hair loss treatment, with suggestions to use propylene glycol and ethanol instead of k&b solution due to scalp irritation. Recommendations include using ketoconazole shampoo for itchiness and considering oral minoxidil if topical causes irritation.

A user is considering using 70% isopropyl alcohol with glycerin as a carrier for topical finasteride for hair loss but is concerned about its safety compared to ethanol. They are unsure where to buy ethanol without toxic methanol.

Mixing RU58841 powder into minoxidil can result in undissolved particles. Shaking the bottle and breaking up the grains may help dissolve it better.

Ethanol left in the sun is still usable as a vehicle for compounds like CB, as no chemical changes occur at 84°F.

The conversation discusses the best carrier for RU58841, comparing Ethanol and PEG400. The user seeks advice on which carrier is more effective.

The user mixes their own RU58841 solution and found that increasing the ethanol content improved absorption and reduced scalp itching. A study on minoxidil showed that penetration increased with higher ethanol concentrations, reaching maximum penetration at 90% ethanol.

The trial for TDM-105795 has been completed, and it was in phase 2A. The discussion seeks input on the next phases, 2B or 3, based on safety and efficacy.