Prof. Dr. Ahmed Mishaal Muhammad - a lecturer in the Department of Chemistry - College of Science - University of Anbar, obtained two patents, the first of which ((Designing a new system for preparing nano-carbon in different forms)) with PhD student Muhammad Fayyad Nayef under his supervision and joint supervisor Prof.Dr. Youssef Hindi Khalaf, a lecturer at the College of Pharmacy, where the idea is based on the design of a system in which oil residues (synthetic oils) are used to produce three forms of carbon, symbolized by the symbols (A, B and C) where the form A produces a carbon compound similar to asphalt, and the figure (B) produces a carbon compound with a size ranging from 64-110 nm, and it was used in the preparation of multi-walled carbon nanotubes using ultrasound technology. As for the figure (C), the carbon nanocomposite known as fullerene (C60) is produced directly and with a nanoscale size ranging from nm (48.2-73.69), and the resulting nanocomposites (B and C) were applied in the treatment of prostate cancer with the use of heat treatment technology using the near-infrared laser (NIR)) with a wavelength of 1064 nm and a very low intensity and gave impressive results in eliminating cells The highest killing rate of (58.6%) was obtained at a concentration of (25 µg/ml) and an estimated time of 10 minutes.

The second is with doctoral students in the Department of Chemistry and under his supervision as well, and the joint supervisor, Prof. Khalid Farooq Abdul Ghafoor, a lecturer in the Department of Chemistry, tagged ((Designing a new system for the preparation of nanocomposites using the green method)).

Where this system was used to prepare gold and platinum nanoparticles using three different types of extracts, namely eucalyptus leaves, Sidr leaves and bamboo leaves. The eradication of cancer cells with a cytotoxicity of (73%) at a concentration of 25 ppm and an irradiation time of 120 seconds for nano-gold prepared from eucalyptus leaf extract, and a cytotoxicity of (74 and 88)% at a concentration of 40 ppm and an irradiation time of 120 seconds for nano-gold prepared from an extract of The bamboo and Sidr leaves, respectively, and the cytotoxicity amounted to (79 and 75%)% at a concentration of 40 ppm and an irradiation time of 120 seconds for nano-platinum prepared from the extract of bamboo and Sidr leaves, respectively.

Congratulations to the College of Science and the University of Anbar for this great achievement.