Latest News

Investigating the Many Roles of Internal Water in Cytochrome c Oxidase

August 16, 2018

In a recent publication (Farahvash and Stuchebrukhov, The Journal of Physical Chemistry: B, 2018) the Stuchebrukhov Lab use Dowser++ (a protein hydration program designed by the group) to illustrate that the mitochondrial enzyme cytochrome c oxidase (CcO) permits a significantly higher hydration state than is seen in x-ray crystal structures. Analyzing the dynamic nature of these waters with MD simulations leads to several interesting results.

Protein targets for cancer metastasis

July 03, 2018

Cholangocarcinoma is a highly prevalent form of cancer in Southeast Asia and primarily Thailand. It is caused by eating a river fish infected with a liver fluke that may eventually cause a form of liver cancer. A recent publication in the journal Oncogene (Nature Press) by collaborators in the Khon Kaen School of Medicine in Thailand and UC Davis Chemistry showed that metastasis is mediated by O-GlcNAcylation, a post-translational modification of proteins, through the proteins FOXO3 and MAN1A1.

Zeolites exhibit flexibility during H2O and CO2 absorption

June 20, 2018
Thermodynamic and structural evidence of flexibility during H2O and CO2 absorption in transition metal ion exchanged zeolite A (LTA topology) Scientific Achievement

Gas absorption calorimetry was customized to determine the energetics of H2O and CO2 absorption on zeolite A as a function of loading from near zero coverage to saturation, Results provide clear thermodynamic evidence of structural flexibility induced by guest molecules and identify different

A Mechanochromic Luminescent Chemical Container Assembled from Gold(I) Phosphine Building Blocks

June 01, 2018

In a recent publication, Daniel Walters, Xian Powers and others in the Balch/Olmstead group have prepared a novel, photoluminescent molecular cage that is entirely constructed from non-luminescent components.   In its crystalline form, the resulting molecular "box" suspends an anionic guest, a chloride ion, inside.  Crystals of the box change when subject to mechanical force, which causes their rearrangement into an isomeric helicate dimer that uses the original guest as a bridge between tw

Facile C−H Bond Metathesis Mediated by a Stannylene: A Sn(I) Radical Intermediate

May 07, 2018

In a recent publication, (Power and coworkers, Journal of the American Chemistry Society, 2018) describes a C-H Activation by a low-valent tin. EPR measurements indicates the presence of a one-coordinate RE : radical as the intermediate. This shows the first example of a C-H bond metathesis carried out under mild condition by Tin. This new class of low-coordinate tin radical may facilitate further exploration into practical applications of C-H activation by earth-abundant-metal catalysts. 

Solvent Effects on Growth, Crystallinity, and Surface Bonding of Ge Nanoparticles

May 07, 2018

In a recent publication (Bernard and coworkers, Inorganic Chemistry, 2018) the Kauzlarich lab describes the synthesis and characterization of Ge nanoparticles made in a mixed solvent system. Using NMR, they demonstrated that both solvents are acting as capping ligands and that the solvent ratio impacts the nanoparticle’s crystallinity and size.

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Hallucinogenic Compound in Ayahuasca Shows Therapeutic Promise

April 27, 2018

Ayahuasca, a traditional Amazonian tisane used in religious and healing ceremonies, contains a complex mixture of psychoactive natural products.  The Olson Lab has recently discovered that N,N-dimethyltryptamine (DMT), the principal hallucinogenic alkaloid in this concoction, produces antidepressant effects in rodents and reduces fear in an animal model of post-traumatic stress disorder (PTSD).  This work highlights the potential for using psychedelics and related compounds for treating neuropsychiatric disorders.