The conversation discusses using topical cetirizine for hair loss and questions its effectiveness and preparation. A user expresses interest in trying it if it can be dissolved in minoxidil.
The conversation discusses topical androgen receptor blockers for hair loss, mentioning Clascoterone, Pyrilutamide, GT20029, and RU58841. Ketoconazole's effectiveness and application methods are also debated.
Minoxidil can cause a burning sensation in the eyes, often due to propylene glycol in the liquid form. Solutions include switching to foam, using less product, applying to a dry scalp, and washing hands thoroughly after application.
The user is experiencing scalp irritation from a compounded treatment of finasteride, minoxidil, and tretinoin. They are considering switching to a non-alcohol, propylene glycol-free formula with a lower tretinoin percentage to reduce irritation.
The user is experiencing diffuse thinning and receded hairline, using dutasteride, minoxidil, and ketoconazole without regrowth, and was prescribed clobetasol propionate 0.05% with salicylic acid for possible inflammation. Other users caution against using the strong steroid without a serious condition, sharing experiences of adverse effects and alternative treatments for scalp issues.
The user cannot handle Minoxidil and is looking for an alternative to dilute topical finasteride. They are considering using Alpecin liquid as a solution.
Using RU58841 and topical minoxidil together is fine and does not cancel out the benefits of each. Applying both treatments consecutively is acceptable.
The user experienced severe scalp itching after using RU58841 and ketoconazole shampoo, despite trying moisturizing treatments. They suspect the issue is related to the propylene glycol in the vehicle and are seeking alternatives.
The user experienced red pimples and a rash from using topical minoxidil, possibly due to propylene glycol. Suggestions included seeing a dermatologist, switching to foam without propylene glycol, using Nizoral, and adjusting application timing.
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.
The user applies 2ml of a lotion containing 5% minoxidil, 0.3% finasteride, hydrocortisone butyrate, and cetirizine before bed, but it leaves a residue on the scalp. Another user suggests reducing the amount to 1ml, as 2ml results in a high finasteride dosage.
The conversation is about comparing the effectiveness of fluridil and clascoterone in preventing hair loss and inquiring about their use as standalone treatments. There is a question about the concentration of the fluridil brand for efficacy.
The conversation discusses applying a topical solution containing 0.01% tretinoin, 1.5% azelaic acid, and 5% minoxidil for hair loss. It is recommended to apply tretinoin at night and use sunscreen during the day to prevent skin damage.
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.
Switching from liquid to foam Minoxidil to avoid scalp irritation, with a method to melt the foam for easier application. Users discuss alternatives and personal experiences with Minoxidil, including issues with propylene glycol and different application methods.
The conversation discusses the difficulty of applying tretinoin 0.025% cream on the scalp and considers switching to a gel for easier application. It also mentions that a liquid solution, ideally combined with minoxidil, may be more effective for hair treatment.
Tretinoin can enhance minoxidil effectiveness by boosting the sulfotransferase enzyme. Users suggest sources for affordable tretinoin and mention a product combining tretinoin with minoxidil.
The conversation discusses creating a customized minoxidil formulation with tretinoin, azelaic acid, and caffeine, but there are concerns about foam stabilization due to acidity. The user seeks advice on the best formulation for effective results.
The user visited a trichologist due to ineffective topical finasteride treatment for hair loss. The trichologist recommended a new regimen including a two-month course of locoidon (cortisone 0.1%), followed by a solution containing minoxidil, hydrocortisone butirrate, estrone, progesterone, tocopherol acetate, trichosol, and transcutol.
RU58841, combined with 5% minoxidil, helped reduce acne and hair loss. Users discussed using RU58841 cream for acne and shared experiences with other treatments like finasteride and dutasteride.
Topical finasteride concentrations and application amounts are debated, with concerns that mainstream solutions may use arbitrary concentrations. A 0.25% solution with a specific application method is suggested as more appropriate than higher concentrations.
Switching from minoxidil foam to topical solution and considering adding caffeine, melatonin, or cetirizine. Currently using 2.5mg oral minoxidil and 1mg oral finasteride, planning to ask for 0.5mg oral dutasteride and 5mg oral minoxidil.
RU58841 helped reduce scalp itching for some users within a week, while others experienced immediate relief. Some users reported initial irritation from the solution, possibly due to the carrier used.
The user is experiencing diffuse thinning and excessive sebum production, considering Accutane as a potential solution after trying dutasteride and oral minoxidil without success. Other users suggest treatments like Nizoral shampoo, finasteride, beclomethasone dipropionate lotion, and topical androgen receptor inhibitors.
A user is seeking advice on making a topical bicalutamide solution as an alternative to RU58841 for hair loss, while already using dutasteride and minoxidil. They are considering crushing bicalutamide pills and adding them to their minoxidil.
A user is concerned if a formulation of tretinoin mixed with niacinamide will affect the absorption of minoxidil. They are seeking advice on whether niacinamide will hinder tretinoin's effectiveness.