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The post discusses skepticism about a "miracle hair cream" claiming to reverse hair loss, with the user already using finasteride, minoxidil, and dermastamping. The cream's ingredients include various oils and acids, but the user seeks confirmation of its effectiveness.

A user is skeptical about a "miracle hair cream" claiming to reverse hair loss and seeks opinions on its effectiveness. They are already using finasteride, minoxidil, and dermastamping weekly but want additional help for temple hair growth.

The conversation discusses an experiment involving hair loss treatments, including the use of Verteporfin, KY19382, dutasteride, oral and topical minoxidil, AHK-Cu, and microneedling. The experiment aims to test the effectiveness of these treatments in promoting hair growth and healing without scarring, with updates planned every few months.

A user in their 40s is using finasteride every other day and ketoconazole shampoo for hair loss, considering adding topical minoxidil for further regrowth, including on eyebrows. They are advised to continue with the current regimen for a few more months before reassessing and to be cautious with minoxidil due to its application challenges and potential risks to pets.

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.

The conversation discusses the lack of public information on the chemical structure of PP405, a hair loss treatment, and the challenges of synthesizing it without a patent. It also explores a patent related to hydrogen-based topical formulations for reducing oxidative stress and inflammation.

The conversation is about formulating a solvent for topical finasteride without using propylene glycol. Suggestions include using ethanol, glycerin, and distilled water in various ratios, with some discussion on the use of emulsifiers.

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.

The conversation discusses the best ethanol and propylene glycol ratio for homemade topical finasteride, with a focus on absorption and drying issues. The user shares their experience using a 50% propylene glycol, 30% ethanol, and 20% water solution, and considers adjusting the ethanol content for better results.

The conversation is about recreating a solvent for hair loss treatments, discussing the use of water, ethanol, glycerin, dimethyl isosorbide, and polysorbate 20. The effectiveness of these solvents depends on the solubility of the substances being dissolved.

The conversation is about selling KY19382 powder, a novel activator of Wnt/β-catenin signaling, and Kolliphor EL liquid for vehicle formulation. The seller offers worldwide shipping.

The conversation discusses the potential of PP405 as a hair loss treatment, with some users expressing skepticism and others hopeful about its development. There is also mention of other treatments like Minoxidil, Finasteride, and Pyrilutamide, with users debating the effectiveness and safety of self-experimentation versus waiting for clinical trial results.

PP405 from Everychem is likely fake and potentially harmful, with concerns about its stability and the risk of using the wrong MPC inhibitor, which could damage hair follicles. The real PP405 was studied under strict conditions, and DIY attempts are discouraged due to unknown formulation and quality control.

The conversation is about creating a homemade solution to dilute topical finasteride using ethanol, propylene glycol, and emulsifiers. The user seeks advice on the exact percentages needed for the solution.

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.

The conversation discusses the synthesis and potential use of JXL069 and PP405 for hair loss treatment, with skepticism about their effectiveness and concerns about safety. Users mention that JXL069 has shown no results in hair growth, and there is confusion about its identity and effectiveness compared to PP405.

The conversation discusses finding a PG-free solvent for dissolving RU58841 in the UK, with glycerin suggested as a potential alternative. Water is also mentioned as a possible option.

The conversation discusses using propanediol as an alternative to glycerin in PG-free minoxidil for better absorption. The user also plans to try nanoxidil, which may absorb more easily due to its smaller molecule size.

The conversation discusses using glycerin instead of propylene glycol as a vehicle for topical finasteride, with concerns about glycerin causing skin issues. A suggestion is made to use a mixture of 60% ethanol, 20% glycerin, and 20% water to mitigate these concerns.

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.

A user is attempting to reformulate a topical gel using PP-405 for hair loss, aiming to enhance its effectiveness with additional compounds. They discuss the potential of PP-405 compared to other treatments like Minoxidil and GT20029, and emphasize the importance of proper formulation for efficacy.

Users discussed the effectiveness of Everychem's solution, similar to PP405, with some reporting improved hair thickness and new growth. Concerns were raised about safety and the legitimacy of the product, with some users advising against purchasing research chemicals.

The conversation discusses the pros and cons of using propylene glycol versus ethyl alcohol in topical solutions for finasteride and minoxidil. It questions why propylene glycol is commonly used and whether ethyl alcohol might be a better option.

PP405 and JXL-069 are the same compound, but users experienced no results due to flawed application methods. The topical gel formulation of PP405 is designed to target hair follicle stem cells effectively, unlike liquid solutions that fail to penetrate deeply.

The user wants to make a topical finasteride solution using wound cleanser with 70% IPA and add 40% propylene glycol due to headaches from minoxidil. They seek advice on using the wound cleanser and recommendations for pharmaceutical/cosmetic grade IPA in India.

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.

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.

Minoxidil formulations often use propylene glycol (PG) for stability and effectiveness, but PG-free alternatives like foams and PEG-based solutions can also be effective with less irritation. Concerns exist about the quality of PG-free minoxidil from lesser-known brands, especially from India, due to potential manufacturing issues.

The conversation is about finding a Duta solution without PG, DMSO, glycerin, or oils, using only ethanol or alcohol. It suggests that such a solution may need to be made personally, as it is not readily available.

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.