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Please start the presentation with the Power-Point-File: Modern_Biopharmaceuticals.ppt. Klick by klick you will be able to learn much about Biopharmaceuticals and enjoy the embedded videos. (To close the presentation, please press Esc or Alt-Esc, respectively.)
You may also pick a special video and see it separately. In the list below you find a description and the file name.
For queries concerning content and usability, please ask the editor.
| Name |
Source |
| Classical Fermentation Production of Biopharmaceuticals |
| dock.mpeg |
Trypsin cleaves after all basic amino acids - in case of insulin it MUST ONLY cleave after Lysin29 BUT NOT after Arginin22 !!!
(Kindly provided by Jürgen Brickmann, Technical University Darmstadt, Germany)
|
| Chrom_DNA_Protein.mpg |
Chromosomal DNA in the nucleus is transcribed in mRNA and at the ribosomal machinery eventually translated into protein.
(Kindly provided by The National Human Genome Research Institute, National Institute of Health, www.nhgri.nih.gov)
|
| Classical Fermentation Limitations for Biopharmaceuticals |
| diffusion_new.mpg |
Free diffusion.
(www.get-gps.net)
|
| porin_new.mpg |
facilitated diffusion via permeases or porines.
(www.get-gps.net)
|
kemoun138_202.mpg
kemoun357_440.mpg |
Cells are very sensitive to shear forces - depending on the shape and rpm of the agitator, the cells can easily be killed.
(Kindly provided by Abdenour Kemoun: LEMTA laboratory in INPL: Institue National Polytechnique of Lorraine Nancy -France)
|
| Target-Specific Approaches Local Delivery (microCHIPS) |
Reservoir_Filling_MicroCHIPS.avi
Reservoir_Opening_MicroCHIPS.avi
| Automated filling device (GMP) guarantees precise distribution of the drug in all compartments - release by foil-disintegration.
(Kindly provided by John T. Santini, Jr, President & Chief Scientific Officer, MicroCHIPS, Inc, USA)
|
| Improving Bioavailability Parenteral vs. Oral Administration |
| oral_animation.ppt |
Oral administration vs. parenteral drug delivery.
(Kindly provided by DELVIVO Drug Delivery Solutions, Finland, www.delvivo.com)
|
| Videos & Animations |
| Herceptin.mpg |
Working mechanism of Herceptin®: how does it work?
(A film kindly provided by Roche)
|
| Cells_at_work_E.mpg |
Production of Herceptin® developed by Genentech and Roche.
(A film kindly provided by Roche, Invitrogen and DASGIP)
|
| Green_Mouse.ppt |
GeneSwitch® turns on expression of luciferase in the mouse limb.
(A film kindly provided by Gabor Rubanyi, Berlex)
|
| Movie_2.avi |
"Artificial heart" derived from human embryonic stem cells.
(A film kindly provided by Lior Gepstein)
|
activa.avi
sc.avi |
Conformational change and mechanism of proteinase activation.
(An animation kindly provided by Rainer Friedrich)
|
| Transt_transfct_CHO.avi |
Transient transfection and cell divison of mammalian cells.
(Kindly provided by Frederic Grosjean and Florian Wurm)
|
| rotamog3.avi |
Three-dimensional structure of myelin oligodendrocyte glycoprotein (MOG).
(Kindly provided by Constanze Breithaupt)
|
| rockcutegescut180.avi |
Stereo view plus animation of the MOG (8-18C5)-Fab complex: MOG residues of the discontinuous epitope are coloured in red.
(Kindly provided by Constanze Breithaupt)
|
| medlyfinal.avi |
Animation of the MOG (8-18C5)-Fab complex: Forming of the complex by docking of (8-18C5)-Fab onto MOG.
(Kindly provided by Constanze Breithaupt)
|
| beide_trailer.mpg |
Sense and simplicity: Brilliance CT scanner, 3D Ultrasound
(A film kindly provided by Philips)
|
| Infectious_Diseases.mpg |
Mechanism of infection, diseased cells, and immune response
(An animation kindly provided by wehi-TV)
|
HIV12.mpeg
HIV22.mpeg |
HIV infection: mechanism of docking and DNA transfer
(An animation kindly provided by Starpharma)
|
