Metabolic pathways - Interactive map

In summary, metabolic pathways are a series of chemical reactions that convert food into energy and essential molecules in living organisms. Studying these pathways can provide insights into energy processing and identify potential health issues. They are regulated by hormones, enzymes, and cellular signaling to maintain balance. There are three types of pathways: catabolic, anabolic, and amphibolic, which are interconnected through a complex network of reactions for efficient resource utilization.
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DennisN
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Are you like me and think biology can be messy and difficult? Well, you're right. :nb)
Here is a very cool, very large interactive map of metabolic pathways, which a friend of mine sent to me today:
http://metabolic-pathway.com/fullMap.html

And if you want to be extremely careful with your diet, you could try to memorize this map. Good luck! :biggrin:
 
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Ah, another proof of a not-so-intelligent design :wink:
 
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1. What are metabolic pathways?

Metabolic pathways are a series of chemical reactions that occur within a cell to convert molecules into energy or building blocks for the cell's functions.

2. How do metabolic pathways work?

Metabolic pathways work by using enzymes to catalyze chemical reactions that convert one molecule into another. Each step in the pathway is tightly regulated to ensure efficient energy production or production of necessary compounds.

3. What types of molecules are involved in metabolic pathways?

Metabolic pathways involve a variety of molecules such as carbohydrates, lipids, and proteins. These molecules are broken down and transformed into smaller molecules that can be used by the cell.

4. How are metabolic pathways interconnected?

Metabolic pathways are interconnected through shared intermediate molecules. These intermediate molecules can be used in multiple pathways, allowing for efficient energy production and production of necessary compounds.

5. What happens if a metabolic pathway is disrupted?

If a metabolic pathway is disrupted, it can lead to a variety of consequences such as decreased energy production or accumulation of toxic byproducts. This disruption can be caused by genetic mutations, environmental factors, or disease.

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