'Catalytically active' presentation slideshows

945 views • 65 slides

Protein Stability

Protein Stability. Willem J.H. van Berkel Laboratory of Biochemistry Wageningen University The Netherlands. Why use enzymes ?. Advantages Enzymes are efficient and selective Enzymes act under mild conditions Enzymes are environmentally acceptable

1.71k views • 42 slides

Protein Stability

Protein Stability. Willem J.H. van Berkel Laboratory of Biochemistry Wageningen University The Netherlands. Why use enzymes ?. Advantages Enzymes are efficient and selective Enzymes act under mild conditions Enzymes are environmentally acceptable

1.18k views • 42 slides

Globins & Enzyme Catalysis

Globins & Enzyme Catalysis. 10/06/2009. The Bohr Effect. Higher pH i.e. lower [H + ] promotes tighter binding of oxygen to hemoglobin and Lower pH i.e. higher [H+] permits the easier release of oxygen from hemoglobin.

635 views • 33 slides

Comprehensive genomic characterization defines human glioblastoma genes and core pathways

By: Katie Adolphsen , Robin Aldrich, Brandon Hu , Nate Havko. Comprehensive genomic characterization defines human glioblastoma genes and core pathways. The Cancer Genome Atlas: TCGA. Collaborative effort $100 million pilot project

438 views • 31 slides

Chemistry 501 Handout 6 Enzymes Chapter 6

Dep. of Chemistry & Biochemistry Prof. Indig. Chemistry 501 Handout 6 Enzymes Chapter 6. Lehninger. Principles of Biochemistry. by Nelson and Cox, 5 th Edition; W.H. Freeman and Company. With exception of a small group of catalytic RNA molecules, all enzymes are proteins

1.18k views • 30 slides

Gerhard Ertl received the 2007 Chemistry Nobel Prize for conver- ting catalysis from art to science.

Catalysis. Catalytic nanoparticles have been used for centuries to facilitate desirable chemical reactions and to suppress unwanted byproducts. Gerhard Ertl received the 2007 Chemistry Nobel Prize for conver- ting catalysis from art to science. Gerhard Ertl , Nobel lecture (2007).

790 views • 22 slides

CBE 40445 Lecture 15 Introduction to Catalysis

442 views • 22 slides

In-situ electron microscopy

Co. In-situ electron microscopy. F. Banhart et al., IPCMS Strasbourg. Atomic defects created and imaged in-situ in the TEM at high temperature. creation of a vacancy in a carbon nanotube with a focused electron beam. Nano Lett. 9 , 2285 (2009). Carbon/metal nanosystems:

265 views • 1 slides