LW, a #MoracinM derivative, inhibits #PDE4, reduces inflammation, and improves psoriasis symptoms, showing strong therapeutic potential with fewer side effects.
Read More: tinyurl.com/3pvwextj
#PDE4inhibitor #psoriasis #inflammatoryfactor #AMMJournal @scienceopen.bsky.social
Berberine (BBR) inhibits phagocytosis and inflammation via the TLR4-PI3K-CDC42 pathway, suppressing NF-κB signaling and key inflammatory markers in #macrophages.
Read More: tinyurl.com/4ktmt2pd
#Berberine #Phagocytosis #TLR4-PI3K-CDC42 #AMMJournal @scienceopen.bsky.social
Antineoplastic effects of #Icaritin acting through various molecular mechanisms. Its potential applications in #cancertherapy continue to expand.
Read More: tinyurl.com/2e67ex3e
#traditionalChinesemedicine #hepatocellularcarcinoma #molecularmechanism #ammjournal @scienceopen.bsky.social
Exploring the #pharmacologicalactivity of #isosteviol! From antiviral to anti-inflammatory benefits, its potential in drug discovery is immense. Stay tuned for breakthroughs in medicinal chemistry.
Read More: tinyurl.com/5bzv345u
#Isosteviol #Diterpene #ammjournal @scienceopen.bsky.social
#SinglecellRNA-seq reveals #RNA binding proteins dysregulation in RA vs OA, altering splicing & signaling; new therapeutic targets emerge! right now!!
Read More: tinyurl.com/ycj5b6m9
#scRNAseq #rheumatoidarthritis #celltocellcommunication #fibroblasts #ammjournal @scienceopen.bsky.social
#miR1283p promotes #MRP2 internalization by inhibiting #PDZK1, contributing to #estrogeninducedcholestasis. Restoring PDZK1 may offer therapeutic potential.
Read More: tinyurl.com/yc6wf3kd
#localization #ammjournal @scienceopen.bsky.social