… Overall, this statistical thermodynamics model of adaptive immunity describes how adaptive
biological self-organization arises from the maintenance of a scale-free, directed molecular …

… among Iranian English teachers since their mean scores on six out of seven … of self-organization,
namely, triggering, coupling, realignment, and stabilization in forming their immunity. …

… In biological systems, self-organization refers to the emergence of … of self-organization. While
we are not yet in a position to define any universal physical principles of self-organization in …

… that occurs in self-organization, and that … immunological context and patterns or motifs (named
antigens) perceived at molecular level. The immune system behave as a self-organization …

… the dissipative self-organization, the principal source of molecular order in the cell. Intensive
studies over the last four decades have demonstrated that self-organization is central to …

… Polymeric carrier systems and immunological targets currently explored by the collaborative
research center CRC/SFB 1066 (the cartoons on the left were reproduced with permission.[…

… of how life could have been originated from self-organization on the early Earth had been …
that information processing is a result of self-organization of matter in the early stages of the …

… self-organization as emergence of order in systems with an ability to dissipate disequilibria
effectively. Regarding living entities and self-organization … functions in regulation or immunity. …

… the placenta may determine the immunological response of the mother, impacting the
pregnancy outcome. The placenta represents an active immunological organ, highly responsive to …

… We also discuss how bottom-up self-organization works together with initial top-down
conditions to stereotype tissue patterns, when and why adult tissues exhibit propagating waves, …