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User considers making Zix topical solution with ethanol/alcohol for hair loss treatment. Asks if crushing b6 and zinc into stemoxydine is possible.

New treatments for AGA are emerging, including pyrilutumide, gt0029, scube3, kx-826, and pp405. Verteporfin is mentioned as a promising option.

A user seeks advice on mixing RU58841 serum using European ingredients, specifically struggling to find propylene glycol. They are looking for alternatives to American products commonly recommended in guides.

The conversation discusses the differences between KB solution and PG + Ethanol solution for RU58841 in treating hair loss. It compares the effectiveness and properties of these two solutions.

The conversation is about finding a pure high molecular weight hyaluronic acid for the scalp after microneedling. A user suggests using a product from The Ordinary.

A sugar gel called 2-deoxy-D-ribose (2dDR) shows potential for promoting hair regrowth by increasing blood supply to hair follicles, similar to Minoxidil, but its effectiveness in humans is unproven. It may benefit those who don't tolerate Minoxidil, but it is not a replacement for treatments like Finasteride or RU58841.

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.

A user is interested in creating a hair growth serum using oleic acid, palmitoleic acid, and anhydrous ethanol, and seeks advice on sourcing these ingredients. Another user plans to mix these with minoxidil, which already contains ethanol, and mentions using RU58841.

A user allergic to propylene glycol seeks alternatives for a DIY topical finasteride solution, considering glycerin or glycerol-based vehicles. Another user suggests a recipe using propanediol, DMSO, MCT oil, and peppermint oil, incorporating minoxidil, dutasteride, and finasteride.

Collagen peptides are recommended for hair and skin benefits, with users noting improvements in hair and skin health. However, evidence on their effectiveness for hair growth is inconclusive.

Choosing between KB and PG solutions for applying RU58841, considering factors like scalp oiliness and absorption. Some users prefer KB for being gentler, while others use PG and recommend washing hair before application for better results.

Users discuss making topical finasteride solutions by dissolving crushed tablets in ethanol and propylene glycol, with concerns about residue affecting effectiveness. They also mention using minoxidil and oral finasteride, noting some hair regrowth and no side effects from topical use.

The user is attempting to create a topical finasteride solution by mixing crushed finasteride pills with minoxidil but is facing solubility issues. They are unsure if the finasteride has dissolved properly and are seeking advice on whether it is safe to use and if there is a solution to the problem.

The conversation discusses creating a DIY topical finasteride solution for someone allergic to propylene glycol, with suggestions to use glycerin or a glycerol-based vehicle instead. The user also mentions using foam minoxidil.

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.

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.

Creating a carrier solution for topical hair loss treatments using ethanol, propylene glycol or glycerin, and instructions on creating topical finasteride. Different recipes are provided with varying ratios of alcohol to humectant.

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

Azelaic acid is discussed for its anti-inflammatory and anti-fungal properties, which can improve scalp health and potentially boost hair growth. It is suggested for topical use, especially alongside minoxidil.

The user plans to make a hair loss treatment combining minoxidil, finasteride, and melatonin, and wants to dilute it for a larger coverage area. They are seeking advice on how to dilute the solution and where to purchase the diluting agent.

A gel of keratin microspheres promotes hair follicle growth, showing similar effectiveness to minoxidil in mice. The treatment activates hair growth pathways and reduces inflammation, with potential applications in drug delivery for hair-related disorders.

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.

The user is seeking alternatives to propylene glycol and glycerin for mixing with RU58841 due to allergies and greasiness. Suggestions include reducing glycerin and considering stemoxydine as a solvent.

Koshine KX-826 has different versions, and the green version uses a plant-based carrier that may be less irritating for those sensitive to propylene glycol. Users report irritation with some versions of KX-826.

Making a hair solution using RU58841 from raw powder. Users humorously compare the process to a science experiment.

The user is using 0.1% dutasteride, 1% minoxidil with 2% procapil and 0.005% caffeine in the morning, and 1% minoxidil with 2% procapil and 0.01% tretinoin at night. They are concerned about the solution vehicle's effectiveness in preventing systemic absorption and ensuring the products stay around the hair follicles.

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.

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

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.

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.