Clinical trials

An Open-Label, Single-center, Randomized, Single-Dose, Two-Way Crossover Biosimilarity Study to Determine the Comparative Pharmacodynamics of Enoxaparin Sodium Biosimilar 40mg/0.4ml with that from the Reference IMP, Clexane® (40 mg/0.4ml), Following Single-Dose Administration in Healthy Participants. Test: Enoxaparin Sodium (Enoxaparin Sodium 40mg/0.4ml) manufactured by EIPICO, Egypt. Reference: Clexane (Enoxaparin Sodium 40mg/0.4ml) manufactured by Sanofi Aventis, Egypt. Primary objective: To assess biosimilarity between a single dose from the test product versus the reference product in healthy participants Secondary objective: To investigate the safety and tolerability of the formulations. This study is a randomized single-dose, two-way, two-period, two-sequence, crossover biosimilarity study with a washout period of one week after each dosing.A minimum of 21 healthy adult male and female participants from Egyptian population will be enrolled in this study, along with 5 additional participants to account for potential dropouts or withdrawal. 26 Participants plus 1-4 alternates will be admitted to the study. An alternate participant will be dosed by the same sequence as the withdrawn participant only if any participant of the first 26 Participants withdraws before the first study drug administration. Withdrawals after study drug administration will not be replaced. All participants will be healthy adults aged (21-55) years, with a BMI within the accepted range of 18.5-30 kg/m², and will meet the study's selection criteria.

Epinosine B Forte ampoule is an intramuscular injectable supplement containing adenosine triphosphate (ATP), Cocarboxylase (vitamin B1 derivative), vitamin B12, and nicotinamide (vitamin B3). It is used to support nerve function, treat B vitamin deficiencies, enhance cellular energy metabolism, and alleviate symptoms of fatigue, neuropathy, and general weakness. Commonly prescribed for conditions like peripheral neuritis and recovery from nerve-related disorders. Side effects are generally mild and may include local injection site reactions or allergic responses. Clinical evaluation of this investigational product may provide valuable evidence for its efficacy in treating diabetic neuropathy where impaired energy metabolism and micronutrient deficits often coexist. Establishing the efficacy and safety of Epinosine B Forte through a structured clinical trial is therefore essential. Demonstrating clinical benefit would not only inform and optimize current treatment protocols for DPN but also support the potential for broader clinical application which includes routine use in diabetic care, integration into treatment guidelines, and possible extension to other neuropathic conditions where metabolic support may play a therapeutic role