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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.

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

A user is seeking advice on creating a Minoxidil-free topical Finasteride solution due to side effects and concerns about pets. They plan to use Isopropanol alcohol, Propylene Glycol, and distilled water to make a 0.02% solution, starting with 1ml applications.

Creating a propylene glycol-free Minoxidil and Tretinoin solution to reduce skin irritation and enhance effectiveness. An emulsifier like lecithin can help mix Tretinoin properly, and Minoxidil foam is an alternative without propylene glycol.

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 user is experiencing scalp irritation from using RU58841 with a 70% ethanol and 30% propylene glycol vehicle and is considering switching to a less irritating vehicle, such as 30% ethanol with 70% squalane or emu oil. They are seeking feedback on the effectiveness and irritation levels of these alternative carriers.

A user is discussing making a DIY topical finasteride solution using ingredients like water, alcohol, propylene glycol, ethanol, and glycerin, and is concerned about the stability of the mixture. Other users suggest that the solution will work and discuss the importance of propylene glycol for drug dissolution and factors like temperature and light affecting finasteride stability.

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.

Heating foam minoxidil into a liquid for easier application and quicker drying. Effectiveness remains the same as liquid minoxidil.

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.

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.

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 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.

The conversation discusses two methods for making topical finasteride: using ethanol and propylene glycol or mixing it with topical minoxidil. The focus is on solubility and absorption, with a suggestion to crush pills finely and possibly mix with minoxidil at a slightly elevated temperature.

The conversation discusses creating a topical hair loss treatment by dissolving melatonin in ethanol and possibly mixing it with castor oil, questioning the stability of the solution. An alternative of using glycerin is also considered.

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.

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

A user with scalp psoriasis and hair loss is hesitant to use topical minoxidil and finasteride due to concerns about psoriasis and potential side effects. They are considering alternatives like pumpkin seed and saw palmetto.

Alcohol-free minoxidil options in Europe, particularly from a German pharmacy, are recommended for those with seborrheic dermatitis. Users suggest alternatives like Alopexy and Doppelherz foam, and emphasize avoiding propylene glycol and alcohol to reduce irritation.

The conversation discusses adding melatonin powder to a topical finasteride solution for hair loss, with one reply suggesting that melatonin may promote faster hair growth but advising against mixing it directly into the solution due to potential instability.

User shares one-year hair transplant results with 3633 FUE grafts. Responses discuss improved appearance, hairline looking pluggy, and doctor's location in Ottawa, Canada.

The conversation is about making topical finasteride using ethanol. The user is advised to use non-denatured or food-grade ethanol, as denatured ethanol may be harmful with prolonged skin exposure.

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.

Ethosomes are suggested as an effective delivery method for topical finasteride solutions, requiring the addition of a phospholipid like soya lecithins. The user questions why do-it-yourself solutions don't commonly use ethosomes despite their potential benefits.

User wants to make homemade topical finasteride to minimize side effects and asks about using glycerin, stirring time, storage, and alternative solvents. Another user's comment is unclear.

Switching to a DIY topical finasteride solution using ethanol, glycerin, and distilled water instead of propylene glycol for a gentler application. Users report positive results with both DIY solutions and a low PG minoxidil and finasteride product from India.

A user is considering making a 2% clascoterone lotion from powder due to unavailability in their location. They plan to mix clascoterone powder with retinol lotion and use literature to determine the correct dosage.

The post and conversation are about the role of the enzyme 3alpha-hydroxysteroid reductase in hair loss and the potential of compounds like procyanidin B2 and sulforaphane to boost its activity for hair regrowth. Further research is needed to develop effective treatments based on this theory.

The conversation discusses the sale of a premixed KY19382 solution for research purposes, highlighting previous unsuccessful group buys and the formulation process. Prices and purchasing options for KY19382 solutions and powder are provided.

The conversation is about creating a topical finasteride solution without minoxidil, using an alcohol-based base like ethanol. The discussion includes using finasteride in powder form and mentions adding ingredients like glycerol, salicylic acid, or castor oil.