A user is seeking advice on ordering ethanol in the UK to use with topical finasteride, considering switching from isopropyl alcohol. They mention the possibility of purchasing 99.8% ethanol from eBay's 6 Science shop.
The conversation is about making topical finasteride using ethanol. The user is advised to use non-denatured or food-grade ethanol, as denatured ethanol may be harmful with prolonged skin exposure.
A user is considering using 70% isopropyl alcohol with glycerin as a carrier for topical finasteride for hair loss but is concerned about its safety compared to ethanol. They are unsure where to buy ethanol without toxic methanol.
The conversation is about finding ethanol in California for mixing with RU58841 for hair loss treatment. Users suggest alternatives like high-proof alcohol from liquor stores or purchasing lab-grade ethanol online.
The user is considering making a homemade topical finasteride solution using an ethanol-based carrier. They are inquiring if a solution containing partially denatured ethyl alcohol and benzalkonium chloride is suitable.
Isopropyl alcohol should not replace ethanol in homemade topical finasteride serums due to potential toxicity with frequent use. Denatured ethanol, also known as parfum or cosmetic alcohol, is a safer alternative.
OP is looking for ethanol to make a topical finasteride solution for hair loss treatment. Users suggest using Everclear or Spirytus as alternatives for ethanol.
A user is making a homemade topical finasteride solution by dissolving crushed finasteride tablets in ethanol and PG. They are unsure if the final solution maintains the intended concentration after filtering and are considering adding more ethanol to ensure accuracy.
A user wants to make a solution for RU58841 and finasteride powder using only glycerin and asks if ethanol is necessary. They are seeking advice on whether glycerin alone is sufficient.
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.
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 finding a source for Alfatradiol 0.1% as most available products are 0.025%. A suggestion was made to use four times the dosage of the 0.025% product.
The conversation is about a product called Serioxyl, which was expected to contain stemoxydine. It clarifies that Diethyl lutidinate is another name for stemoxydine.
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.
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 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 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 discusses the differences between PG/Ethanol and KB solutions for RU58841 application, focusing on potential scalp irritation. KB solution is suggested for those allergic to PG, though both contain ethanol which can dry the scalp.
Mixing RU58841 with cetosomal minoxidil is discussed due to scalp irritation from ethanol PG vehicles. A mixture of the two turned bright pink when left to dry.
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.
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.
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 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.
The conversation is about creating a DIY topical finasteride solution using ethyl alcohol and propylene glycol. A user suggests using a compounding pharmacy instead.
The conversation is about making a topical solution from clascoterone powder, with references to using a RU58841 mixing guide for guidance. Concerns about product authenticity and bulk purchase requirements are also discussed.
The user mixes their own RU58841 solution and found that increasing the ethanol content improved absorption and reduced scalp itching. A study on minoxidil showed that penetration increased with higher ethanol concentrations, reaching maximum penetration at 90% ethanol.
A user wants to add cetirizine tablets to their minoxidil bottle and asks how many 10mg tablets to crush for a 100ml bottle. They seek advice on the correct dosage.