1) Lipids are the waxy, greasy, oily molecules found in the body.
2)They are water-insoluble (hydrophobic), and this property is useful in the organisation of cells and tissues.
3)Lipids can be extracted from cells using non-polar solvents . Example chloroform or benzene.
Answer:
Ok, I don't know if this will help any, but it is in the Gulf of California.
Explanation:
I'm pretty sure that those are the North American and Pacific plates?
Answer:
en primer lugar, las 2 están basadas en un hipótesis,
2. Las 2 estan sustentadas por una cantidad de datos empíricos.
3. ambas ayudan a unificar un campo en particular o especifico.
Ahora la diferencia es que la ley es irrefutable, esta establecida como absoluta por ahora, ya que hay leyes como las de nwtom que han sido refutadas pero se tomo mas de 300 años. las teorías pueden cambiar en un momento determinado no son absolutas, las teorías son investigaciones basadas en hipotesis como se nombro anteriormente, ahora las teorías pueden explicar las leyes
https://www.clasesdematematicas.co
Explanation:
Answer:
If all frogs were to die off, a valuable food source will go missing in the food chain of many animals around the world after that the number of animals that eat the frogs will die off, then the animals that eat them will go hungry, and their populations will be devastated as well.
Answer: The correct option is (the region of an enzyme that attaches to a substrate).
Explanation:
The anabolic and catabolic processes in a cell are directed and regulated by enzymes. An enzyme has the ability to speed up a metabolic reaction by lowering the amount of energy needed to start the reaction. Without enzymes, these processes would be extremely slow. They also arrange the reacting molecules in a manner that will cause the chemical change to take place rapidly. It does so through the following steps:
--> molecules of substrate combine with the enzyme at its active site.
--> the substrate molecules combine with enzyme molecules for a short time, forming an enzyme-substrate complex.
--> New substance ( product) is formed which leaves the active site of the enzyme thereby making it free for another reaction to take place.
In conclusion, the ACTIVE SITE of an enzyme is the region of an enzyme that attaches to a substrate allowing chemical reaction to take place.