ENHANCING THE ACTIVITY OF ANTIMICROBIAL AGENTS
Main Article Content
Keywords
antimicrobial resistance, antibiotic,, delivery systems, enhancers, nanoparticles.
Abstract
The rapid adaptability of bacteria to antibiotic-based therapy makes the development of effective medicines for infectious illnesses a complex and continuous process. Nevertheless, well-thought-out activity enhancers, such as antibiotic delivery systems, can boost the efficacy of the drugs now in use, defeating antimicrobial resistance and lowering the likelihood of fostering more bacterial resistance. The activity/delivery enhancers decrease adverse effects, increase tissue and biofilm penetration, improve medication absorption, and enable tailored antibiotic administration. In order to lessen the antibiotic adverse effects and improve formulation stability and effectiveness against bacteria that are resistant to several drugs, this review offers insights into a variety of antibiotic activity enhancers, such as polymer, lipid, and silver-based systems.
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Murad Abdullah Algarni
Pharmacist, Althager Hospital
Saleh Awad Alshamran
Pharmacy technician, Althager Hospital
Abdulrahman Atiah Alghamdi
Pharmacy technician, Althager Hospital
Manal Abdulaziz Alsharif
Pharmacy technician, Althager hospital
Faisal Ahmed Albarqi
Pharmacy technician, Althager hospital
Fahad Mosakin Althubyani
Pharmacist Assistant, Althager hospital
Abdulaziz Saleh Abdullah Alghamdi
Technician pharmacist, Eastern Jeddah Hospital
Ali Abdullah Alqarni
8Pharmacist, King Abdulaziz medical city
Emad Safar Alharbi
Pharmacy technician, Eradh and mental health complex - mental services
Razan Khalid Rambo
Pharmacist, King abdulaziz medical city