A new cryo-electron microscope that can reveal intricate cellular architecture in stunning ultra-high 3D resolution will land at the 麻豆影院 later this month, the first of its kind to be housed in the state.
The Titan Krios Cryo-Electron Transmission microscope, which measures over 8 feet tall and weighs in at more than 2,000 pounds, is considered state-of-the-art in life sciences and structural biology research, allowing scientists to image individual molecules with more detail and precision than ever.
鈥淚n order to understand the mechanisms of cells, all of which have evolved to do highly specific tasks, we need to know what the machines inside them听听look like,鈥� said Karolin听Luger, the endowed chair of CU 麻豆影院鈥檚听Department of Biochemistry听and a听听(HHMI) Investigator. 鈥淲e can now see the assembly as it happens.鈥�
The Krios microscope has been used to advance a number of biomedical fields in recent years, including cancer research. The device fires streams of electrons at cellular samples that have been frozen in vitrified states, then pieces together multiple 2D images to create a 3D rendering of an individual molecule鈥檚 unique variations.听
The purchase was supported by a $5 million award from HHMI, which currently funds four Investigator positions at CU 麻豆影院. The College of Arts and Sciences, the Office of the Provost and the Research and Innovation Office will provide substantial support in the form of a camera, as well as infrastructure, renovations and service contracts.
鈥淭his investment keeps CU 麻豆影院 at the forefront of life sciences research, where we have been for many years,鈥� said Professor James Goodrich, chair of the Department of Biochemistry, which will manage the microscope鈥檚 operations. 鈥淚t鈥檚 a transformational asset that will benefit not just the university, but other institutions across the state and region as well.鈥�
The device will reside in a temperature-controlled laboratory in CU 麻豆影院鈥檚 Sustainability, Energy and Environment Laboratory (SEEL) building on east campus.听17 labs from across the university plan to use the microscope in some capacity, including many from Biochemistry and the Department of Molecular, Cellular and Developmental Biology.
鈥淲e are thrilled to have this capability here on campus and our students are excited to peer closely at the cellular machinery that forms the foundation of life as we know it,鈥� Luger said.
