The winning entry chosen by Section Editor Michael Bonsall was submitted by Chaitanya Gokhale, a postdoctoral researcher at Max Planck Institute for Evolutionary Biology (Germany), and depicts a model of evolutionary game theory on the maintenance of biodiversity with multiple players.
Thus, prominin-1 appears to be a key player in maintenance of the integrity of photoreceptors from insects to mammals in spite of the significantly distinct organizing principles of their visual organs [16].
Taken together, forced AnxA1 expression in cells with a constitutive, inhibitor-resistant EMT phenotype induces epithelial polarity and suppresses metastasis, indicating, that AnxA1 is a key player in maintenance of the epithelial phenotype.
The tumor suppressor gene p53 due to its pivotal role in DNA damage response such as cell cycle arrest, DNA repair, and cell death induction remains an important player in maintenance of cellular homeostasis and genomic integrity after radiation exposure.
We recommend that iron deficient players receive iron supplementation, in order to normalise serum ferritin stores before departing for altitude, and maintenance of iron supplementation for all players while at altitude in order to prevent bias arising from iron deficiency.
In this paper, I will make the case that coevolution between hosts and parasites could lead to the long-term maintenance of genetic diversity in both players.
Irrespective of the animal organism investigated prominin-1 seems to be a key player in the maintenance of the integrity of photoreceptor membranes.
Failing to see a change in Gper gene expression does not rule it out as a possible important player in the maintenance of skeletal muscle function.
Hepcidin, a small peptide hormone expressed mainly in the liver, is a central player in the maintenance of iron balance [6].
High concentrations of glutamate exist in skeletal muscle, coupled with a strong correlation between glutamate and GSH levels, which makes it a major player in the maintenance of glucose metabolism.
