A team of KAUST bioscientists has shown how DNA replication in yeast, which is the standard model for studying DNA replication across all species, differs significantly to that of humans. Their study will have implications for more accurate and efficient DNA replication in more complex organisms including humans.

Researchers are diagnosing many rare genetic conditions by applying the latest AI methods combined with machine learning.

Research work by KAUST electrical and computer engineering students Abeer Alamoudi and Qi Huang has been selected as the second-prize winner of the 2022 IEEE Communications Society (ComSoc) Student Competition "Communications Technology Changing the World."

A cell-culturing technique developed by KAUST scientists helps to create biological conditions that more closely mirror physiological environments compared to standard protocols used in most laboratories today.

Leena Ali Ibrahim, Assistant Professor of Bioscience at KAUST is appointed among six Next Generation Leaders by the Allen Institute

Better understanding of the mechanisms involved in DNA repair may pave the way for developing inhibitors to improve the effectiveness of radiation therapy.

A KAUST-led team of researchers has revealed properties of the MIZ1 protein (illustrated above). Their findings could advance drug discovery for previously incurable diseases, including some forms of cancer.

A new chip developed by new KAUST faculty member Qiaoqiang Gan can be used to detect cancer and provide point-of-care diagnosis.

Revealing zinc’s interaction with a critical transport protein underscores the need to study biological pathways under physiologically relevant conditions.

Blocking the overexpression of specific repeat RNA sequences could prove promising for the treatment of premature aging syndromes.

A team of researchers at the KAUST Sensors Lab, led by Professor Khaled Nabil Salama, is focused on developing brain-mimicking neuromorphic circuits to build efficient vision sensors.

Enhancement of adhesion molecules improves the ability of blood-forming stem cells to take root in transplant recipients.

KAUST bioscientists are developing new methods to combine single-cell sequencing datasets, which will help to improve understanding of cellular identity and function. The team has used the method to study the bone marrow microenvironment in greater detail.

KAUST scientists are researching RNA-based approaches to treat progeria, an early aging disease that affects children and adolescents.

KAUST Smart-Health Initiative has been honored to host Junfeng (Jim) Zhang at KAUST during his sabbatical. Prof. Zhang has been developing several air pollution studies in collaboration with KAUST faculty and staff.

A newly identified heat-stable Cas13 enzyme could lead to improved diagnostics and new biotechnological applications.

Abnormal protein tied to Wiskott-Aldrich syndrome found to control gene splicing.

Nanotechnology that accelerates the transition of stem cells into bone could advance regenerative medicine.

A new AI diagnostic tool developed by KAUST scientists allows doctors to visualize lung damage caused by COVID-19 in more detail.