Search

everythinglearnresearchcommunity

for

Search:↓

Topical pirfenidone is highlighted as an effective anti-inflammatory and anti-fibrotic treatment for hair loss, particularly in addressing perifollicular fibrosis, which may enhance the effectiveness of standard treatments like finasteride and minoxidil. The user also uses calcipotriol, MCT oil, ciclopirox shampoo, and benzoyl peroxide shampoo as part of their regimen.

Hair loss treatments discussed include cosmeRNA, minoxidil, finasteride, RU58841, and pyrilutamide. Users debate effectiveness, side effects, and upcoming treatments, with some expressing skepticism and others optimism.

Kintor's phase III trial for pyri (KX-826) showed promising safety and efficacy results, with no drug-related sexual dysfunction reported. Users discussed their experiences with pyri, Minoxidil, Dutasteride, and concerns about the validity of the study results.

Pyrilutamide is being discussed as an alternative for those who can't use finasteride, but users report it may be ineffective at low concentrations. Some users are combining it with minoxidil, microneedling, and other treatments, but results vary.

The user experiences side effects from minoxidil and is considering alternatives like stemoxydine and adenosine for hair regrowth and density, but finds options like caffeine and various oils unreliable. They are also using a 5AR inhibitor (finasteride).

Hair loss treatments still rely heavily on minoxidil, finasteride, and RU58841, with little innovation. Future treatments like stem cell therapy and RNA technology show promise but are not yet available.

A 30-year-old woman with androgenetic alopecia is considering bicalutamide to slow hair loss but is concerned about its impact on muscle growth due to its anti-androgen effects. Alternatives suggested include dutasteride, spironolactone, RU58841, and minoxidil, with concerns about bicalutamide's side effects.

FCE 28260 (PNU 156765), an under-explored 5α-reductase inhibitor, showcases promising results in research by Giudici et al., outperforming well-known treatments like Finasteride in reducing the conversion of testosterone to DHT. Its superior efficacy, demonstrated through lower IC50 values in both natural and human recombinant enzyme studies, suggests it could offer more effective management of DHT-related conditions. Additionally, its lower molecular weight hints at better potential for topical application, potentially offering advantages in treating conditions such as androgenic alopecia. Despite its potential, it has not advanced in development, possibly due to financial limitations, leaving its therapeutic prospects and side effect profile largely unexplored.

The conversation discusses GT20029, a compound by Kintor Pharma that degrades androgen receptors and is in trials, with potential as a hair loss cure. Another promising treatment mentioned is an antibody that blocks prolactin and has shown positive results in macaques.

Chime Biologics and Hope Medicine are speeding up the launch of a first-in-class antibody drug, HMI-115, for endometriosis and androgenic alopecia. The treatment involves a series of subcutaneous injections, has shown promising results in phase 1, and continues to promote hair regrowth even after the treatment is stopped.

The conversation discusses using Minoxidil, finasteride, RU58841, and pyrilutamide for hair loss treatment. The user is considering adding a topical treatment and has not experienced side effects from current treatments.

Minoxidil may inhibit androgen receptors and affect hormonal pathways, potentially explaining its effectiveness in treating androgenetic alopecia (AGA). Users discuss its varying effectiveness on scalp versus facial hair and note fewer side effects with topical use compared to oral.

Liposomal formulations of finasteride and minoxidil may enhance drug delivery to the skin and hair follicles more effectively than traditional solutions, potentially improving treatment outcomes. However, more human clinical trials are needed to confirm these benefits.

The conversation discusses why there are no FDA-approved NSAAs like RU58841 on the market, despite their potential superiority to 5AR inhibitors like finasteride. It explores the effectiveness of treatments like Minoxidil, finasteride, and RU58841 for hair loss.

Rapamycin, finasteride, and minoxidil are discussed as a strategy for hair loss prevention and reversal. Pulsed dosing of rapamycin is suggested to avoid conflicting effects with minoxidil.

The user has been using Finasteride for hair loss and is considering adding alphatradiol, stemoxydine, or 2% minoxidil to their regimen. They are concerned that stemoxydine, which shortens the resting phase of hair, might accelerate hair loss in those not using Finasteride by depleting hair cycles without strengthening miniaturized hairs.

Alternatives to finasteride for hair loss include minoxidil, alfatrodial, fluridil, pyrilutamide, and Nizoral. These treatments may not be as effective as finasteride but can help slow hair loss progression.

The conversation discusses the need for a localized 5-alpha reductase inhibitor that only affects the scalp without systemic side effects, similar to pyrilutamide's approach. Current treatments like topical liposomal finasteride and dutasteride are mentioned, but concerns about their systemic effects and lack of research are highlighted.

Treatments for hair loss (Dutasteride, Finasteride and Minoxidil) and the potential benefits of adding Stemoxydine to the treatment.

User discusses group buy for finerenone, a third-gen mineralocorticoid antagonist for hair loss treatment. Finerenone inhibits TGFb, NOX, and ROS, and improves renal and cardiac function; topical dose should be no more than 10mg per day.

Tazarotene may be more effective than tretinoin when combined with topical minoxidil for hair loss due to its selective binding to RAR-beta and gamma, though it can cause irritation. Tazarotene's potency can lead to indirect inflammatory reactions despite potentially causing less irritation than tretinoin.

A user who has tried multiple treatments for hair loss, including oral and topical finasteride and liposomal finasteride, but experienced severe side effects in each case; the user is considering trying RU58841 or aromatise inhibitors as alternatives.

Salicylic acid in Nioxin shampoo may reduce minoxidil effectiveness by inhibiting sulfotransferase activity, potentially causing hair loss. Users suggest stopping salicylic acid use or trying alternative treatments like high-concentration tretinoin or medicated minoxidil/finasteride shampoos.

HMI 115 is being discussed as a potential hair loss treatment, with skepticism due to past disappointments like cosmeRNA, brezula, and pyrilutamide. The user is questioning if they should be hopeful for new developments in the next six years.

A user trying various treatments for hair loss, such as minoxidil, stemoyxidine, alfatradiol, and microneedling, with plans to add tretinoine and finasteride.

Pyrilutamide is a selective AR antagonist with a high binding affinity, making it effective in competing with DHT for androgen receptors. The 1% concentration is more effective than the 0.5%, but the latter may suffice for mild hair loss; the drug is considered a good option for those avoiding 5AR blockers due to side effects.

Minoxidilmax offering a 0.5% Pyrilutamide solution and debating the cost, effectiveness, and safety of using it alone or with other treatments such as Finasteride and Minoxidil.

The conversation discusses whether using pyrilutamide would interfere with minoxidil's ability to regrow hair, considering pyrilutamide is seen as a maintenance drug that stops shedding, while minoxidil promotes hair growth but causes initial shedding.

Users discuss waiting for new hair loss treatments and share struggles with side effects from current options like Minoxidil and Finasteride. They express hope for Pyrilutamide and CosmeRNA to provide better solutions.

Exploring different treatments for hair loss, such as cosmeRNA and HMI-115 which are small interference messenger RNA that inhibits the DHT receptor and an antibody that binds to the prolactin (PRL) receptor respectively; and researching mechanism and environment of hyperresponders.