Search for dissertations about: "redox-active compounds"
Showing result 1 - 5 of 17 swedish dissertations containing the words redox-active compounds.
-
1. C–H and Si–H functionalization using redox-active diazo compounds and decarboxylative coupling
Abstract : The work presented in this thesis is based on two basic organic chemistry concepts: carbene catalysis and radical coupling reactions. Diazo compounds in the presence of transition-metal catalysts are known to be excellent reagents for the construction of C–X bonds (X = C, Si, N, O, etc.) under mild conditions. READ MORE
-
2. Asymmetric Synthesis using Redox-Active Diazocompounds as Chiral Carbon Atom Precursors
Abstract : This thesis summarizes the development of general and efficient methods to synthesize enantiomerically enriched cyclopropane compounds. The works reported herein exploit the opportunity presented by redox-active esters to explore the orthogonality between asymmetric carbene-transfer and geminal radical generation. READ MORE
-
3. Selenium compounds as a novel class of experimental cancer chemotherapeutics
Abstract : Selenium is an essential micronutrient for humans, it has a narrow margin between antioxidant and pro-oxidant effects. Redox-active selenium compounds have the potency to increase ROS levels in cancer cells, providing a plausible window for therapeutic intervention. READ MORE
-
4. Proton trapping in the cellular acidic vacuolar compartment : lysosomal mechanisms in apoptosis/necrosis and iron chelation
Abstract : Under ischemic conditions, a number of cytotoxic metabolic products are formed. Reactive oxygen species are known to be important mediators of progressive ischemic cell injury, and the synergistic damage to cells caused by the combination of such oxygen species and redox-active iron is well appreciated. READ MORE
-
5. Selenium cytotoxicity in cancer
Abstract : Selenium is an essential trace element, present in the 21st amino acid selenocysteine, which is specifically incorporated into selenoproteins. Today, there are 25 identified selenoproteins in humans, whereof many comprises redox active functions to uphold the intracellular redox balance. READ MORE
