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

The conversation is about creating a DIY topical finasteride solution using ethyl alcohol and propylene glycol. A user suggests using a compounding pharmacy instead.

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 user has been mixing finasteride with stemoxydine for hair loss and is considering switching to a less expensive product with a different ingredient list. They are questioning if the new product's higher water content compared to alcohol will affect the finasteride's solubility.

A user in Poland created a homemade "oral topical minoxidil" using 2% topical minoxidil, propylene glycol, and vodka due to difficulty obtaining oral minoxidil. They shared a recipe and sought feedback, emphasizing caution and safety in dosing.

There is an inconsistency between the molecular weight and formula listed on EveryChem's product page and the analytical PDFs for 3HP and PP30, suggesting a possible error in the product description. Concerns are raised about EveryChem's business practices and lack of transparency in testing and manufacturing.

A user with diffuse thinning shares a tip for improving hair appearance by using a shea butter and coconut oil serum from Trader Joe's at night. They are on finasteride and considering adding minoxidil for better results.

A user is seeking advice on creating a homemade finasteride foam similar to over-the-counter Minoxidil foam, due to issues with glycerin and propylene glycol in their current solutions. They are considering using a mixture of ethanol/alcohol and water for the foam.

OP asked if a product from Amazon is sufficient to dilute finasteride. A user advised against using propylene glycol alone, suggesting a pre-made solution instead.

User creates 0.1% topical finasteride solution using Alfatradiol Avixis base. Seeks help to ensure alfatradiol base dissolves finasteride.

A user is trying to make a topical finasteride solution by crushing tablets into ethanol and glycerin but struggles with spillage. Suggestions include letting the tablets dissolve in the solution or using a pill crusher for efficiency.

OP is asking how to mix 3g of RU58841 with a bottle of minoxidil but doesn't know the bottle's volume. Users suggest the bottle is 60 ml and to mix it directly.

OP wants to increase pyrilutamide concentration from 0.5% to 1% while already using finasteride. Users suggest waiting for a commercial 1% solution and caution against using grey market products.

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.

OP wants to buy fluridil from China and needs advice on mixing it in a topical solution due to budget constraints. They cannot afford Eucapil.

Creating a topical solution combining finasteride and stemoxydine to treat hair loss, and the discussion of whether 15mg of finasteride would be sufficient for 60ml solvent.

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.

The conversation is about improving castor oil absorption for hair loss treatment. The user tried ethanol and sweet almond oil mixtures and plans to try DMSO next.

The conversation discusses using Rogain foam as a solvent for topical finasteride due to an allergy to propylene glycol. The foam's ingredients, including alcohol SD 40B, are considered suitable for dissolving finasteride for easier application without skin irritation.

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.

The user discusses using compounded oral minoxidil due to the ineffectiveness and inconvenience of topical minoxidil for diffuse thinning. They question the efficacy of compounded minoxidil compared to original tablet forms and express concerns about the importance of excipients and binders.

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.

Liquid minoxidil makes hair sticky and stiff; users suggest oral minoxidil or minoxidil foam as alternatives. Applying minoxidil four hours before showering can help with absorption.

The user recommends a thickening clay as a great pre-styling product for hair volume and texture, despite its poor hold. They also mention using finasteride and express skepticism about the effectiveness of a shampoo containing saw palmetto and caffeine.

The conversation is about making a 20mg/ml RU58841 solution for hair loss treatment using ethanol and propylene glycol. The user receives advice on calculating the correct amount of RU58841 powder needed.

The conversation discusses the use of ethanol and propylene glycol (PG) in topical solutions for hair loss treatments, specifically Minoxidil. The user dislikes the texture of PG and questions the ideal ratio and necessity of PG in these solutions.

OP mixed RU58841 with minoxidil and noticed undissolved particles. They are seeking advice on whether it matters or how to fully dissolve it.

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

The user is switching from oral to DIY topical finasteride due to side effects and is using a solution with 10 mg finasteride in a 100 mL mixture. They are concerned about the effectiveness of the formula due to white sediment forming in the solution.

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