Difference between revisions of "One-pot self-assembly"
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* faster process | * faster process | ||
* less control | * less control | ||
| + | * ... {{wikitodo|expand here}} | ||
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| + | == Artificial == | ||
| + | |||
| + | A good part of artificial selfassembly is still done as one-pot reactions.<br> | ||
| + | Notable exception are demonstrations og hierarchical assembly with [[structural DNA nanotechnology]].<br> | ||
| + | |||
| + | == In nature == | ||
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| + | Nanobiology averts full-on one-pot self-assembly by compartmentalizations | ||
| + | * disjunct surfaces (lipid walls) | ||
| + | * disjunct volumes (verticles enclose by lipid walls) | ||
| + | * means of transport inbetween | ||
== Related == | == Related == | ||
The complement to one-pot self-assembly is [[iterative self-assembly]] | The complement to one-pot self-assembly is [[iterative self-assembly]] | ||
Revision as of 15:58, 13 May 2022
As the name implies all ingredients are mixed together simultaneously "in one pot".
- faster process
- less control
- ... (wiki-TODO: expand here)
Artificial
A good part of artificial selfassembly is still done as one-pot reactions.
Notable exception are demonstrations og hierarchical assembly with structural DNA nanotechnology.
In nature
Nanobiology averts full-on one-pot self-assembly by compartmentalizations
- disjunct surfaces (lipid walls)
- disjunct volumes (verticles enclose by lipid walls)
- means of transport inbetween
Related
The complement to one-pot self-assembly is iterative self-assembly
