The complement system is an intricate innate immune surveillance pathway that is able to discriminate between healthy host tissue, diseased host tissue, apoptotic cells and foreign invaders while modulating the elimination and repair of host tissue accordingly.
Blood uptake and constant attachment to the host's tissue is related to several complex mechanisms such as continuous blood digestion, intracellular accumulation/release of residual haematin pigment, inflammation of host tissue, and evasion of host defence mechanisms1,2.
Impact of host feeding (a c) and symbiotic status (b,d) on the phosphorus composition of host tissues.
The isolation of coral tissues from the skeleton and the subsequent separation of host tissues from FIZ were performed on ice (0 4 °C), in the "cytoplasmic buffer" described above.
Finally, we assessed the impact of bleaching on the phosphorus composition of host tissues, as symbiont loss may affect the phosphorus provisions of the host.
Understanding the mechanical properties of this kind of chiral materials is not only essential for evaluating the mechanical behaviors of the host tissues but also of significance for medical engineering, clinical diagnosis, and surgical operation.
This study demonstrates that scaffolds for tissue engineering can be designed to harness the angiogenic behavior of host macrophages towards scaffold vascularization.
Cells and tissues transplanted into the adult brain or spinal cord have been shown to exert functional effects on the behavior of host animals in a variety of model systems, as well as in patients with neurodegenerative disease.
An optimal control strategy for the highly active antiretroviral therapy associated to the acquired immunodeficiency syndrome should be designed regarding a comprehensive analysis of the drug chemotherapy behavior in the host tissues, from major viral replication sites to viral sanctuary compartments.
The cell eventually ruptures to continue the cycle of further destruction of the host tissue [3].
