Bøger af Mariam Ahmad

Imagine the Impossible! In a land still scarred by a war between two undying archmages and their respective nations, reality defies the rules binding the rest of the world. Cities crafted by wishes and fields harvested by the walking dead lay in between lands where magic warps and twists with an undefinable will. Explore the history of immortal wizard kings, wield explosive and unusual technology, and channel awe-inspiring legends in a region where the present is still haunted by the past, and echoes of destruction still shudder across the minds and souls of those who brave the Impossible Lands! This deluxe special edition is bound in faux leather with metallic deboss cover elements and a bound-in ribbon bookmark.

Imagine the Impossible! In a land still scarred by a war between two undying archmages and their respective nations, reality defies the rules binding the rest of the world. Cities crafted by wishes and fields harvested by the walking dead lay in between lands where magic warps and twists with an undefinable will. Explore the history of immortal wizard kings, wield explosive and unusual technology, and channel awe-inspiring legends in a region where the present is still haunted by the past, and echoes of destruction still shudder across the minds and souls of those who brave the Impossible Lands!

This study aims to evaluate oxidative stress status and investigate some important genes that were related to type 2 diabetes mellitus. This study was a case-control study conducted from November 2015 to April 2016 and included 60 Iraqi patients with diabetes mellitus type 2 (35 females and 25 males) with an average age (40-60 year), and it was carried out at diabetes and endocrine care center Al-Sadder Teaching Hospital, Al-Najaf, Iraq. Also, this study included 40 of apparently healthy people who were (20 females and 20 males) with an average age (40-60) as control matched with disease groups. The present study was divided into two main parts: biochemical and molecular. The biochemical part included study total antioxidants status (TAS), reactive oxygen species (ROS) levels and fasting blood glucose (FBG) levels, while molecular part included study catalase gene by using polymerase chain reaction technique (PCR) and restriction fragment length polymerase (RFLP-PCR), and GSTM1 and GSTT1 genes by using Multiplex technique.