Tether assisted self assembly - Revision history

Apm: /* Related */ added Modular molecular composite nanosystem

2026-06-05T23:18:13Z

← Older revision		Revision as of 01:18, 6 June 2026
Line 31:		Line 31:
	* [[Incremental path]]		* [[Incremental path]]
	* [[Self assembly]] & [[Thermally driven self assembly]]		* [[Self assembly]] & [[Thermally driven self assembly]]
			* [[Modular molecular composite nanosystem]]

	[[Category: Incremental path]]		[[Category: Incremental path]]

2026-04-30T06:54:21Z

added == peculiar constraints ==

← Older revision		Revision as of 08:54, 30 April 2026
Line 16:		Line 16:
	it may be also usable to constrain the binding space much like in the case of <br>		it may be also usable to constrain the binding space much like in the case of <br>
	[[tether assisted positional assembly]] ([[mechanosynelf assembly]]) <br>		[[tether assisted positional assembly]] ([[mechanosynelf assembly]]) <br>

			== peculiar constraints ==

			To avoid premature [[self-folding]] like in the case of proteins that can and do self fold <br>
			as soon as being produced (ignoring folding assist protein peculiarities) <br>
			tether assisted self assembly needs to be "mediated self-folding". <br>
			One way that can happen is via staple strands like is is done in DNA origami (see: [[SDN]]).

	= Related =		= Related =

2026-04-30T06:45:59Z

added headlines

← Older revision		Revision as of 08:45, 30 April 2026
Line 5:		Line 5:
	* quicker rates of selfassembly		* quicker rates of selfassembly
	* more site selective self-assembly		* more site selective self-assembly

			== quicker ==

	Just as in [[self folding]] enforced local proximity leading to <br>		Just as in [[self folding]] enforced local proximity leading to <br>
	higher local [[effective concentration]] and thus to higher reaction rates. <br>		higher local [[effective concentration]] and thus to higher reaction rates. <br>

			== more selective ==

	With some tricks (protection & deprotection, avoiding [[one-pot self-assembly]] going for [[sequential flush-by washout self-assembly]], …) <br>		With some tricks (protection & deprotection, avoiding [[one-pot self-assembly]] going for [[sequential flush-by washout self-assembly]], …) <br>
Line 13:		Line 17:
	[[tether assisted positional assembly]] ([[mechanosynelf assembly]]) <br>		[[tether assisted positional assembly]] ([[mechanosynelf assembly]]) <br>

	== Related ==		= Related =

	* [[Tether assisted assembly]]		* [[Tether assisted assembly]]

2026-04-30T06:45:11Z

← Older revision		Revision as of 08:45, 30 April 2026
Line 9:		Line 9:
	higher local [[effective concentration]] and thus to higher reaction rates. <br>		higher local [[effective concentration]] and thus to higher reaction rates. <br>

	With some tricks (protection & deprotection, avoiding [[~~One~~-pot self-assembly]] going for sequential ~~methods~~, …) <br>		With some tricks (protection & deprotection, avoiding [[one-pot self-assembly]] going for [[sequential flush-by washout self-assembly]], …) <br>
	it may be also usable to constrain the binding space much like in the case of <br>		it may be also usable to constrain the binding space much like in the case of <br>
	[[tether assisted positional assembly]] ([[mechanosynelf assembly]]) <br>		[[tether assisted positional assembly]] ([[mechanosynelf assembly]]) <br>

2026-04-30T06:35:13Z

← Older revision		Revision as of 08:35, 30 April 2026
Line 16:		Line 16:

	* [[Tether assisted assembly]]		* [[Tether assisted assembly]]
			* [[Termination control]]
			* [[Self folding]]
	* [[Incremental path]]		* [[Incremental path]]
	* [[Self assembly]] & [[Thermally driven self assembly]]		* [[Self assembly]] & [[Thermally driven self assembly]]

	[[Category: Incremental path]]		[[Category: Incremental path]]

2026-04-30T06:32:10Z

basic page

← Older revision		Revision as of 08:32, 30 April 2026
Line 1:		Line 1:
	~~#REDIRECT~~ [[Tether assisted assembly]]		{{stub}}
			Up: [[Tether assisted assembly]]

			The idea is basically [[self folding]] but guiding larger beads on a string for:
			* quicker rates of selfassembly
			* more site selective self-assembly

			Just as in [[self folding]] enforced local proximity leading to <br>
			higher local [[effective concentration]] and thus to higher reaction rates. <br>

			With some tricks (protection & deprotection, avoiding [[One-pot self-assembly]] going for sequential methods, …) <br>
			it may be also usable to constrain the binding space much like in the case of <br>
			[[tether assisted positional assembly]] ([[mechanosynelf assembly]]) <br>

			== Related ==

			* [[Tether assisted assembly]]
			* [[Incremental path]]
			* [[Self assembly]] & [[Thermally driven self assembly]]

			[[Category: Incremental path]]

2025-03-07T10:06:58Z

New page

#REDIRECT [[Tether assisted assembly]]