King Abdulaziz University

Hesham Alhumade

Yusuf Abdulaziz Al-Turki

Mengchu Zhou

Muhyaddin Rawa

Abdullah Abusorrah

Usman Saeed

Irfan Ahmad Rather

Mohmmad Younus Wani

Sami-ullah Rather

Hisham S Bamufleh

Aqeel Ahmad Taimoor

Walid M Alalayah

Khaled Sedraoui

Xi Wang Guo

Ahmed Alabdulwahab

Aiiad Albeshri

A multi-robotic U-shaped disassembly line, a method for disassembling components on the multi-robotic U-shaped disassembly line, and a non-transitory computer readable medium that cause one or more processors to perform the method for disassembling components on the multi-robotic U-shaped disassembly line are provided. The multi-robotic U-shaped disassembly line uses multiple robots, assigned to multiple workstations to perform disassembly tasks without precedence and conflict relationships, so that different types of end-of-life products can be disassembled. A mathematical model is established to maximize the disassembly profit and minimize the smoothness index for the multi-robotic U-shaped disassembly line. An Improved Multi-objective Discrete Brainstorming Optimization (IMDBO) algorithm is utilized to identify improvements for the multi-robotic U-shaped disassembly line.

System and methods for multi-robotic multi-product U-shaped disassembly line

Provided herein are ionic liquids that can be used as antifungal agents alone or in combination with Amphotericin B. Also disclosed are methods of synthesis of the ionic liquids and inhibiting fungal growth and methods of treating fungal infections using the disclosed compounds. The disclosure provides antifungal agents that potentiate the antifungal activity of Amphotericin B, a commonly used antifungal drug that could be used alone or in combination. This combination will help control and combat the infections caused by drug resistantin immunocompromised patients.

Antifungal ionic liquid and Amphotericin B combination

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Jeddah, Saudi Arabia

Hesham Alhumade