Physics And Chemistry Basis Of Biotechnology - De Cuyper - tiera.ru
Physics And Chemistry Basis Of Biotechnology - De Cuyper - tiera.ru
Physics And Chemistry Basis Of Biotechnology - De Cuyper - tiera.ru
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Summary ........................................................................................................... 47<br />
1 . Synthesis ....................................................................................................... 47<br />
1 . 1. Divergent ................................................................................................ 48<br />
1.2. Convergent ............................................................................................. 49<br />
1.3. Heteroatom ............................................................................................. 49<br />
1.4. Solid phase .............................................................................................. 51<br />
1.5. Other ........................................................................................................ 51<br />
2 . Characterisation ............................................................................................. 52<br />
3 . <strong>Biotechnology</strong> applications ........................................................................... 53<br />
3.1. Biomolecules .......................................................................................... 53<br />
3.2. Glycobiology .......................................................................................... 55<br />
3.3. Peptide dendrimers ................................................................................. 56<br />
3.4. Boron neutron capture therapy ............................................................... 57<br />
3.5. MR imaging agents ................................................................................ 58<br />
3.6. Metal encapsulation ............................................................................... 60<br />
3.7. Transfection agents ................................................................................ 60<br />
3.8. <strong>De</strong>ndritic box .......................................................................................... 62<br />
4 . Concluding remarks ...................................................................................... 63<br />
References ......................................................................................................... 63<br />
Rational design of P450 enzymes for biotechnology ............................................. 71<br />
Sheila J . Sadeghi. Georgia E . Tsotsou, Michael Fairhead. Yergalem T .<br />
Meharenna and Gianfranco Gilardi .................................................................... 71<br />
Abstract .............................................................................................................. 71<br />
1 . Introduction ................................................................................................... 72<br />
1 . 1. Interprotein Electron Transfer ................................................................ 72<br />
1.2. St<strong>ru</strong>cture-function of cytochrome P450 enzymes .................................. 75<br />
1.2.1. P450 redox chains ........................................................................... 75<br />
1.2.2. P450 catalysis .................................................................................. 76<br />
1.2.3. Bacterial P450s in biotechnology .................................................... 76<br />
1.2.4. P450s in d<strong>ru</strong>g metabolism ............................................................... 78<br />
1.3. Chimeras of P450 enzymes .................................................................... 79<br />
1.3.1, Bacterial P450-P450-reductase fusion protein systems ................. 80<br />
1.3.2. Plant P450-P450-reductase fusion proteins ..................................... 80<br />
1.3.3. Plant/mammalian P450-P450-reductase fusion proteins ................ 80<br />
1.3.4. Mammalian fusion proteins .............................................................. 81<br />
1.4. Biosensing ............................................................................................... 81<br />
2 . Engineering artificial redox chains ............................................................... 84<br />
3 . Screening methods for P450 activity ............................................................ 90<br />
3.1. Assay methods for P450-linked activity ................................................ 90<br />
3.2. <strong>De</strong>velopment of a new high-through-put screening method for<br />
NAD(P)H linked activity ........................................................................ 91<br />
3.3. Validity of the new screening method .................................................... 93<br />
4 . <strong>De</strong>signing a human/bacterial 2E1-BM3 P450 enzyme ................................. 94<br />
4.1. Modelling ............................................................................................... 95<br />
4.2. Const<strong>ru</strong>ction ........................................................................................... 96<br />
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