Container Subsystem - Revision history

Murray at 04:36, 13 September 2025

2025-09-13T04:36:31Z

← Older revision		Revision as of 21:36, 12 September 2025
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	=== Phospholipid Vesicles ===		=== Phospholipid Vesicles ===

			== Polymerosome-Based Systems ==

	== Droplet-Based Systems ==		== Droplet-Based Systems ==

Murray at 13:28, 30 July 2025

2025-07-30T13:28:53Z

← Older revision		Revision as of 06:28, 30 July 2025
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	=== Subsystem specifications ===		=== Subsystem specifications ===

	[[Category:~~Container~~]]		[[Category:Subsystem]]

Murray at 13:27, 30 July 2025

2025-07-30T13:27:24Z

← Older revision		Revision as of 06:27, 30 July 2025
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	=== Subsystem specifications ===		=== Subsystem specifications ===

			[[Category:Container]]

Murray at 16:31, 8 July 2025

2025-07-08T16:31:10Z

← Older revision		Revision as of 09:31, 8 July 2025
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	== Condensate-Based Systems ==		== Condensate-Based Systems ==

	== Implementation in BioCRNpyler ==		== Modeling and Specification ==
			=== Implementation in BioCRNpyler ===

	[[BioCRNpyler]] contains two separate capabilities that are needed for defining containers. The first is the ability to model separate compartments that contain isolated sets of chemical reactions. The second is a set of mechanisms for transport across membranes, including passive diffusion, pores, and transporters. This latter functionality is defined more careful in the [[Transport Subsystem]] chapter, and we focus here on the container functionality.		[[BioCRNpyler]] contains two separate capabilities that are needed for defining containers. The first is the ability to model separate compartments that contain isolated sets of chemical reactions. The second is a set of mechanisms for transport across membranes, including passive diffusion, pores, and transporters. This latter functionality is defined more careful in the [[Transport Subsystem]] chapter, and we focus here on the container functionality.

			=== Subsystem specifications ===

Murray at 14:29, 8 July 2025

2025-07-08T14:29:25Z

← Older revision		Revision as of 07:29, 8 July 2025
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	The container subsystem is responsible for spatial organization of the synthetic cell. In its simplest form, it consists of a biocompatible material that encapsulates the cytoplasm. More complicated container subsystems might include additional internal spatial structure. In some cases, the boundary of the container subsystem may not be completely distinct from the surrounding environment, as is the case with a condensate or other non-membrane-bound method of spatial organization.		The container subsystem is responsible for spatial organization of the synthetic cell. In its simplest form, it consists of a biocompatible material that encapsulates the cytoplasm. More complicated container subsystems might include additional internal spatial structure (localization, sub-compartments, etc). In some cases, the boundary of the container subsystem may not be completely distinct from the surrounding environment, as is the case with a condensate or other non-membrane-bound method of spatial organization.

	== Vesicle-Based Systems ==		== Vesicle-Based Systems ==
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	== Implementation in BioCRNpyler ==		== Implementation in BioCRNpyler ==

			[[BioCRNpyler]] contains two separate capabilities that are needed for defining containers. The first is the ability to model separate compartments that contain isolated sets of chemical reactions. The second is a set of mechanisms for transport across membranes, including passive diffusion, pores, and transporters. This latter functionality is defined more careful in the [[Transport Subsystem]] chapter, and we focus here on the container functionality.

Murray: Created page with "The container subsystem is responsible for spatial organization of the synthetic cell. In its simplest form, it consists of a biocompatible material that encapsulates the cytoplasm. More complicated container subsystems might include additional internal spatial structure. In some cases, the boundary of the container subsystem may not be completely distinct from the surrounding environment, as is the case with a condensate or other non-membrane-bound method of spatial..."

2025-07-08T13:42:23Z

Created page with "The container subsystem is responsible for spatial organization of the synthetic cell. In its simplest form, it consists of a biocompatible material that encapsulates the cytoplasm. More complicated container subsystems might include additional internal spatial structure. In some cases, the boundary of the container subsystem may not be completely distinct from the surrounding environment, as is the case with a condensate or other non-membrane-bound method of spatial..."

New page

The container subsystem is responsible for spatial organization of the synthetic cell. In its simplest form, it consists of a biocompatible material that encapsulates the cytoplasm. More complicated container subsystems might include additional internal spatial structure. In some cases, the boundary of the container subsystem may not be completely distinct from the surrounding environment, as is the case with a condensate or other non-membrane-bound method of spatial organization.

== Vesicle-Based Systems ==

=== Phospholipid Vesicles ===

== Droplet-Based Systems ==

== Condensate-Based Systems ==

== Implementation in BioCRNpyler ==