I can't open it but my friend had a T shirt, I bet it is something like your link. He studied Biochemistry. Why would you do that? JUST Biochemistry?BWV said:
Awesome image!BWV said:
There used to be a poster-print handed out by Boehringer Mannheim (here in Europe). You night want to ask their follow-up company - Roche - whether they still have it. But... ...I frankly doubt they'll supply you with enough copies for your wallpapering project.Fra said:Awesome image!
Aren't we all sick and tired of slmple wallpapers? May o use it to print a wallpaper for my office?
/Fredrik
A map of metabolic pathways is a visual representation of the chemical reactions that occur within an organism to convert nutrients into energy and other essential molecules. It helps scientists understand the interconnectedness and complexity of metabolic processes and can aid in identifying potential targets for drug development.
A map of metabolic pathways is typically created by compiling data from various sources, including scientific literature, databases, and experimental studies. This information is then organized and visualized using specialized software or tools to show the relationships between different metabolic reactions and pathways.
While efforts are made to include as much information as possible, it is unlikely that a map of metabolic pathways will be completely comprehensive. New pathways and reactions are constantly being discovered, and there may also be variations between different organisms or individuals. However, a well-constructed map can provide a comprehensive overview of the known metabolic processes.
One way to determine if there are missing components in a map of metabolic pathways is to compare it to other existing maps or databases. If there are discrepancies or gaps, it may indicate missing components. Additionally, further experimental studies can be conducted to identify and fill in any missing information.
Yes, a map of metabolic pathways can and should be updated as new information becomes available. This allows for a more accurate and complete representation of metabolic processes and can aid in advancing our understanding of complex biological systems.