Multi-targeted therapeutic exploration of Tamarix gallica flowers for anti-ulcer activity and associated complications

Background: Peptic ulcer is a condition characterized by open sores resulting from excessive acid production in the stomach or digestive tract, causing damage to the mucosal lining. Tamarix gallica (TG), is traditionally known for its anti-inflammatory, antioxidant, antibacterial activity, etc. Objective: The scientific evidences based on its efficacy specifically for anti-ulcers activity are limited, hence, the study aimed to evaluate protective effect of TG against aspirin-induced peptic ulcers. Materials and Methods: Phytochemical screening was performed followed by assessment of protective effect of TG against aspirin induced toxicity in rats. Network biology and polypharmacology studies were performed to determine the possible molecular targets involved in pathophysiology of ulcers. Results: The study revealed that the TG extract at high dose (500 mg/kg b.w.) significantly exhibits protective effect against aspirin induced ulcers via regulation of free acidity pepsin production, overall acidity via regulating antioxidant status (SOD, GSH, CAT, etc). Morphological studies revealed less damage with less disruption of the gastric mucosa layer having normal mucosal structure, no swelling or oedema was found in drug treated groups. Conclusion: Moreover, network biology and polypharmacology outcomes revealed that SOD2, CAT, EPO, IL10, EGF, TGFB1 etc. play a significant role in functional gastrointestinal-associated disease or peptic ulcer. Hence, the study concludes that TG polyphenols including phenols and flavonoids play an important role in alleviation of peptic ulcer or associated complication and thus demonstrating TG as a natural therapeutic regimen against ulcers in glance of nature. •Hydro-alcoholic extract of Tamarix gallica flowers exhibited significant anti-ulcer activity against aspirin induced ulcers in experimental animals.•The future directions for accelerating and improving ulcer or wound healing by Tamarix gallica or isolated active principles can target the gene and protein therapies approaches with growth factors specially EGF, HGF Cox2, HGF, bFGF, and PDGF, their combinations.•Combinatorial protein engineering can improve growth factor stability, and increase GF expression, biodistribution, and tissue half-lives; or by altering their cell or receptor binding affinity.