OP mixed RU58841 with minoxidil and initially saw crystals, but realized they were bubbles. They asked for advice on application frequency for a 5% solution.
The post discusses issues with Minoxidil BAILLEUL 5% Men, specifically sprayer clogging and crystallization in bottles. Recommendations include rinsing the sprayer and soaking the bottle in hot water to dissolve crystals, with calculations suggesting the product remains effective despite these issues.
Minoxidil bottle developed crystals, possibly due to air exposure, but the trichologist advised not to worry. The user questions the advice, noting the lack of recommendations for finasteride or derma rolling.
Avoid home-compounding topical minoxidil due to potential risks and complications. Use proper equipment and techniques to prevent aerosolization and ensure effective dissolution.
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.
RU58841 can be ordered as a powder and compounded at home, but it should be stored at room temperature to avoid crystallization. Pyraulatmide may follow a similar principle.
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.
Mixing 1ml of topical Minoxidil and Pyrilutamide (2ml total) together in a container and applying immediately is being discussed. The concern is whether this method degrades or compromises the efficacy of either compound.
Keratin microspheres may offer additional mechanisms to combat hair loss compared to minoxidil. The process to create these microspheres is relatively simple and can be done at home with basic equipment.
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.
Minoxidil can be effectively delivered through nanoemulsions containing eucalyptol or oleic acid, enhancing its diffusivity and targeting hair follicles. This contradicts the advice against mixing minoxidil with oils in topical formulations.
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 user experienced microinflammation on the crown after using mometasone furoate (Nasonex) nasal spray. They are seeking information on the relationship between this corticosteroid and hair loss.
A user created oral minoxidil sugar cubes due to lack of prescription access, leading to a humorous discussion about unconventional and potentially unsafe methods of using minoxidil. The conversation highlights the lengths people go to for hair growth.
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 creating a topical finasteride solution by crushing finasteride pills and mixing them with minoxidil to reduce side effects. Users share experiences and methods for making the solution, with some suggesting using a premade topical finasteride if available.
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.
Microneedling can still be beneficial when using oral finasteride and minoxidil, with a recommended needle length of 0.5mm to 1.0mm. A stamp or pen is preferred over a roller for microneedling.
A user found a solution for Minoxidil-induced dandruff by using a custom NRF 11.121 mixture from a local pharmacy, which includes ingredients like Isopropyl palmitate and Cremophor RH 40. This formulation prevents dryness and allows better penetration when using hair shaders.
The user is seeking a quicker-drying carrier for RU58841 and Minoxidil to improve adherence to their hair loss treatment routine. They want to apply it after a morning shower without affecting their hair's appearance.
The conversation is about using a Dr. Pen for microneedling on a widow's peak, with advice to use a depth of 1.25mm and hold it in place for 10 seconds. The user is also using minoxidil.
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.
Microneedling at depths greater than 0.6 mm may damage miniaturized hair follicles, with 0.5 mm showing better results for hair regrowth. Combining microneedling with minoxidil enhances absorption, but caution is advised to avoid damaging follicles.
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.
Using roll-on bottles for applying minoxidil and RU58841 improves application efficiency and reduces product waste. Topical treatments are used continuously, except on microneedling days.
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.