eEF1A is encoded by a unique gene in the filamentous fungus Podospora anser
ina. We show here: that (1) this gene is essential for vegetative growth, (
2) readthrough at UGA stop codon level is positively correlated with eEF1A
level, (3) eEF1A level is regulated in P. anserina. (4) Increasing eEF1A ge
ne dosage does not modify P. anserina life cycle parameters, especially lon
gevity is not changed. These data confirm and extend those previously obtai
ned in yeast and Drosophila.