Inspired by natural compartments, polymer-based supramolecular assemblies (dendrimers, polymersomes, PICsomes, LBL capsules) have been engineered with a variety of sizes and properties to host biomolecules and thereby yield functional hybrid materials/systems.
Since most of the past attempts use traditional biochemical techniques, which generally require the disruption of natural cellular compartments, interrogation of the intracellular kinetics was not possible.
Sorption of aliphatic polyhydroxy carboxylic acids (PHCA) onto mineral surfaces influences their fate in natural and technical compartments.
In this work we introduce a segmentation method targeted at membranes, which define the natural limits of compartments within biological specimens.
Previous experiments depleting CD8+ cells with monoclonal antibody have not distinguished between effects on the CD8+ T cell and CD8+ natural killer cell compartments, so understanding the role of CD8β+ T cells alone in SIV control could significantly advance our understanding of protective immunity [43].
The conservation properties of the present scheme are demonstrated on two simple energy budget test cases, one involving a small fire in a compartment with natural ventilation and another involving mixing of two gases with different thermal properties.
Particular attention has been paid to the evaluation of the natural killer (NK) cell compartment, by the detection of cells expressing an NK-related phenotype and by NK in vitro assay.
As a result, urban water systems are characterized by fluxes of water, solutes, gases and energy between contrasting compartments of a technical, natural or hybrid nature.
Flows to local ecosphere have to be kept within the qualitative and quantitative range of natural variations in environmental compartments.
