Sandbox 11
From Proteopedia
| Line 7: | Line 7: | ||
''Nocardiopsis alba'' Protease A, or NAPase, is an acid-resistant homolog of <i>alpha</i>-lytic protease. As such, NAPase and <i>a</i>lp are both kinetically stable proteases, meaning it is the large barrier to unfolding that keeps this protease in its folded, active state. This is different from most other proteins, which stay in their folded, or native, state because of the energy difference between their native and unfolded states, with the native state being lower in energy. | ''Nocardiopsis alba'' Protease A, or NAPase, is an acid-resistant homolog of <i>alpha</i>-lytic protease. As such, NAPase and <i>a</i>lp are both kinetically stable proteases, meaning it is the large barrier to unfolding that keeps this protease in its folded, active state. This is different from most other proteins, which stay in their folded, or native, state because of the energy difference between their native and unfolded states, with the native state being lower in energy. | ||
| - | The NAPase molecule provided shows two NAPase molecules that are mirror images, so here is just <scene name='Sandbox_11/Just_one/2'>one</scene>. One of the major features of NAPase, as well as <i>alpha</i>-lytic protease, is that each protease has two domains, an N domain and a C domain. In this <scene name='Sandbox_11/Ntocrotatingone/1'>N to C Rainbow</scene>, one can see | + | The NAPase molecule provided shows two NAPase molecules that are mirror images, so here is just <scene name='Sandbox_11/Just_one/2'>one</scene>. One of the major features of NAPase, as well as <i>alpha</i>-lytic protease, is that each protease has two domains, an N domain and a C domain. In this <scene name='Sandbox_11/Ntocrotatingone/1'>N to C Rainbow</scene>, one can see the N domain (red, orange, yellow), so-called because it contains the N-terminal amino acid, is connected covalently through the protein to the C domain (green, blue, violet). The horizontal axis of this scene is the main dividing line between the domains, with few chains crossing the barrier. |
Revision as of 13:43, 22 June 2010
Please do NOT make changes to this sandbox. Sandboxes 10-30 are currently reserved by Prof. Sheila Jaswal at Amherst College.
NAPase
| |||||||||
| 2oua, resolution 1.85Å () | |||||||||
|---|---|---|---|---|---|---|---|---|---|
| Ligands: | , , , | ||||||||
| |||||||||
| |||||||||
| Resources: | FirstGlance, OCA, PDBsum, RCSB | ||||||||
| Coordinates: | save as pdb, mmCIF, xml | ||||||||
Nocardiopsis alba Protease A, or NAPase, is an acid-resistant homolog of alpha-lytic protease. As such, NAPase and alp are both kinetically stable proteases, meaning it is the large barrier to unfolding that keeps this protease in its folded, active state. This is different from most other proteins, which stay in their folded, or native, state because of the energy difference between their native and unfolded states, with the native state being lower in energy.
The NAPase molecule provided shows two NAPase molecules that are mirror images, so here is just . One of the major features of NAPase, as well as alpha-lytic protease, is that each protease has two domains, an N domain and a C domain. In this , one can see the N domain (red, orange, yellow), so-called because it contains the N-terminal amino acid, is connected covalently through the protein to the C domain (green, blue, violet). The horizontal axis of this scene is the main dividing line between the domains, with few chains crossing the barrier.
