It is called competitive Inhibition.
Substrate is the reactant in which an enzyme reacts out. While the active Site is a special region of the enzyme where the substrate binds forming a temporary enzyme-substrate complex.
Active transport requires energy to move a molecule.
Active transport requires energy to move a molecule.
This is slightly more complex than it at first appears The active molecule of Botulinum Toxin weighs about 150kDaltons but Botox molecules have complexing proteins around them that come from the bacteria in the manufacturing process so that the Botox molecule weighs about 900kDaltons. The complexing proteins come off after injection so that the active molecule that remains is 150kDalton there are approx 20units botox/nanogram or 5nanogram/100units Botox ie 100 units Botox contains under 1nanogram of active Botulinum Toxin which is about 40million molecules
An enzyme's active site will bind with only a specific substrate. Any other kind of substrate will be rejected by the active site.
An IR Active stretch simply means that the vibrations of the molecule result in an overall dipole of the molecule. If a stretch has a dipole, it is IR active. If a stretch does not have a dipole. then it is IR Inactive.
Active transport requires energy to move a molecule.
It is determined by whether the molecule is polar or nonpolar. Nonpolar molecules do not absorb radiation in the microwave region; therefore, they are microwave inactive. Polar molecules are microwave active.
Substrate is the reactant in which an enzyme reacts out. While the active Site is a special region of the enzyme where the substrate binds forming a temporary enzyme-substrate complex.
active site
An enzyme-substrate complex is formed when a subtrate molecule binds with the active site of an enzyme that is of similar shape and size. The active site of the enzyme will alter slightly to combine with the substrate molecule. This will put an strain on a particular bond of the substrate molecule, which will lower the activation energy for the reaction as the bond will break more readily. The substrate is then catalysed.
calcium
The substrate.
molecules without permanent dipole are called Raman active molecules
Active transport requires energy to move a molecule.
Active transport requires energy to move a molecule.
This is slightly more complex than it at first appears The active molecule of Botulinum Toxin weighs about 150kDaltons but Botox molecules have complexing proteins around them that come from the bacteria in the manufacturing process so that the Botox molecule weighs about 900kDaltons. The complexing proteins come off after injection so that the active molecule that remains is 150kDalton there are approx 20units botox/nanogram or 5nanogram/100units Botox ie 100 units Botox contains under 1nanogram of active Botulinum Toxin which is about 40million molecules