Chemistry and Biochemistry
SDSU Chemistry & Biochemistry Journal Club Seminars
Spring 2008
| Feb 1 3pm GMCS-306 |
Po-Shen Pan (Robert)
Ozonolysis of Unsaturated Organotrifluoroborates McAlpine group |
Chemistry and Biochemistry
SDSU San Diego CA |
| Feb 8 3pm GMCS-306 |
Caline Abadjian
Synthesis of bitriazole nucleosides and unexpectedly different reactivity of azidotriazole nucleoside isomers in Huisgen reaction Grotjahn |
Chemistry and Biochemistry
SDSU San Diego CA |
| Feb 15 3pm GMCS-306 |
Dave Zillman
Total Synthesis of (+/-)-Frondosin B Cole |
Chemistry and Biochemistry
SDSU San Diego CA |
| Feb 22 3pm GMCS-306 |
Shady Amin
Acid Catalysis in basic solution: A supramolecular host promotes orthoformate hydrolysis Carrano |
Chemistry and Biochemistry
SDSU San Diego CA |
| Mar 7 3pm GMCS-306 |
Shin Oku
Protein-tyrosine Phosphatase E Regulates Shc Signaling in a Kinase-specific Manner Van der Geer |
Chemistry and Biochemistry
SDSU San Diego CA |
| Mar 14 3pm GMCS-306 |
Reji Nair
Mild, Rhodium-Catalyzed Intramolecular Hydroamination of Unactivated Teminal and Internal Alkenes with Primary and Secondary Amines Grotjhan |
Chemistry and Biochemistry
SDSU San Diego CA |
| Mar 28 3pm GMCS-306 |
Reji Nair
Designed Amino Acid ATRP Initiators for the Synthesis of Biohybrid Materials Grotjahn |
Chemistry and Biochemistry
SDSU San Diego CA |
| Apr 11 3pm GMCS-306 |
Derek Brown
A Pd complex of a tridentate pincer CNC bis-carbene ligand as a robust homogenous Heck catalyst Grotjahn |
Chemistry and Biochemistry
SDSU San Diego CA |
| Apr 18 3pm GMCS-306 |
Madhura Rane
Algae acquire Vitamin B12 through a symbiotic relationship with bacteria Carrano |
Chemistry and Biochemistry
SDSU San Diego CA |
| May 2 3pm GMCS-306 |
Mark Kotke
The chmeisorption of polyaromatic hydrocarbons on Si(100)H dangling bonds Pullman |
Chemistry and Biochemistry
SDSU San Diego CA |
| May 9 3pm GMCS-306 |
Derek Brown
Symmetry Breaking and Molecular Structure of NO3+ Grotjahn |
Chemistry and Biochemistry
SDSU San Diego CA |
| May 9 3pm GMCS-306 |
Koyuki Takenaka
Fragmentation Pathways in a Series of CH3COX Molecules in the Strong Field Regime Chatfield |
Chemistry and Biochemistry
SDSU San Diego CA |