by ksaxertaulbee | Feb 22, 2025 | News and Events
Mary Jo Ondrechen This study examines HAD superfamily proteins, predicting and confirming functions through chemical properties analysis. Substrate promiscuity is observed in sugar phosphatases. Read More Mary Jo Ondrechen Affiliated...
by ksaxertaulbee | Feb 22, 2025 | News and Events
Abbas Yaseen Professor Abbas Yaseen and team developed a framework to co-register microvascular blood flow data from DLS-OCT with 2PM angiograms, enabling precise analysis of cerebral blood flow distribution in mice. Read More Abbas Yaseen Assistant...
by ksaxertaulbee | Feb 22, 2025 | News and Events
James Monaghan This protocol explains the fabrication of DNA nanosensors with pHAb dye used for stability analysis, its characterization, and the detailed protocol of the DNA scaffold stability study over a period. Here, the DNA nanosensor and Acetylcholinesterase...
by ksaxertaulbee | Feb 22, 2025 | News and Events
Ke Zhang Professor Ke Zhang is researching a new drug delivery method using oligonucleotides to treat Duchenne Muscular Dystrophy (DMD), with potential applications in other genetic diseases, offering hope for more efficient treatments. Read More Ke Zhang Affiliated...
by ksaxertaulbee | Feb 22, 2025 | News and Events
Ke Zhang Findings from CILS member Ke Zhang and colleagues: Of 11 water-soluble polymers, polyethyleneimine is the most potent inhibitor of metal absorption. Polymers with such effects may be used to reduce the contamination of (pseudo)metals in crops. Read More Ke...
by ksaxertaulbee | Feb 22, 2025 | News and Events
Meni Wanunu From Wanunu Lab, Mehrnaz Mojtabavi’s latest work that shows how nanopores in MXene layers, when subjected to a transverse electric field, can change their thickness in a reversible manner. Read More Meni Wanunu...