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The conversation discusses the possibility of creating liposomal topical finasteride at home or at a local pharmacy, questioning if it is an expensive or proprietary technology. It also mentions making topical finasteride using alcohol and propylene glycol.

Pyrilutamide's systemic degradation is unclear, unlike fluridil, which becomes inactive in the body. The discussion focuses on whether pyrilutamide shares this property.

A user is making their own dutasteride solution using MCT oil but is concerned about its effectiveness and bioavailability. They are considering using propylene glycol or adding ethanol for better results, while others suggest the current dosage might be excessive.

Creating a liposomal gel with Pyrilutamide for hair loss to reduce systemic effects, similar to Xyon's gel. The discussion includes concerns about ingredient sourcing and the benefits of targeted topical treatments.

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

Topical finasteride in a liposomal formulation reduces systemic absorption compared to ethanol solutions. The user is seeking sources for such products, noting that popular options like morr-f are not liposomal.

A user applied the 8T3 product for hair loss, targeting LPP and AGA, and plans to update on its effectiveness. The product uses a saline buffered phosphate vehicle, suitable for those intolerant to ethanolic vehicles.

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.

Excess sebum rich in cholesterol and triglycerides can lead to hair loss through inflammation, with treatments like Ciclopirox shampoo, Benzoyl Peroxide shampoo, and Clindamycin gel recommended for managing conditions like seborrheic dermatitis and folliculitis. Pioglitazone is suggested for Lichen Planopilaris, while Omega-3s and reducing processed foods may improve sebum quality, though genetic factors play a significant role.

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.

Topical finasteride at 0.1mg reduces hair loss by 70% but higher doses cause side effects. Some users suggest making liposomal finasteride at home for better results.

Fatty acid metabolic signaling can activate epithelial stem cells for hair regeneration. Oleic and palmitoleic acids showed the best results, but practical application on humans remains uncertain.

The conversation is about dissolving Dutasteride in propylene glycol for hair loss treatment, with concerns about solubility at 0°C. It suggests using a 0.025% concentration for topical application.

Using DIM and Calcium D-Glucarate to reduce finasteride side effects. Discussion includes dosage, brand, and product effectiveness.

The conversation discusses making topical finasteride at home, questioning the necessity of removing the pill's coating before use. Users suggest that the coating isn't harmful, and finasteride dissolves in ethanol, with some recommending filtering out the coating and fillers.

A user discusses making DIY dutasteride capsules from powder bought from China, using a mix of MCT oil and propylene glycol. Others warn about the risks of incorrect dosing, potential degradation, and the possibility of receiving fake products.

The conversation discusses concerns about the solubility and stability of topical finasteride (Fynzur) when diluted with ethanol and distilled water, without propylene glycol. The user is worried about the even distribution of finasteride in the solution.

A user is experimenting with creating a DIY oral Dutasteride solution using raw powder, MCT oil, and Vitamin E to reduce costs. Others discuss their experiences with similar methods and the challenges of sourcing and testing Dutasteride.

OP is trying to dissolve finasteride powder for a topical solution but faces issues with it not dissolving properly in ethanol or water. Users suggest methods like using a magnetic stirrer, shaking the mixture, or filtering out fillers, with some noting that finasteride is soluble in alcohol.

Pyrilutamide's long-term stability is uncertain, with potential degradation after 8-9 months if not stored properly. It's recommended to use fresh batches and store them in a cool, dark place.

Switching from powdered dutasteride to softgel significantly reduced DHT levels, suggesting softgels are more effective due to better bioavailability. Users discuss the ineffectiveness of compounded forms and emphasize the importance of proper formulation for absorption.

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

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.

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.

Liposomal carriers for topical finasteride offer better targeting, reduced side effects, and less irritation compared to alcohol-based solutions, but availability and cost may limit their use. Minoxidil can dissolve in liposomal carriers, enhancing delivery and stability.

The user mixed Pyrilutamide with a KB solution and noticed some undissolved powder, questioning if more shaking or liquid is needed. They use Pyrilutamide from Anagenic.

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 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.