Abstract BACKGROUND MAPK/HOG signaling pathway plays a key role in the response of
yeast to external hyperosmotic stress. Over the past few decades, the regulation mechanism …

The accumulation of glycerol is essential for yeast viability upon hyperosmotic stress. In this
study, the STL1 homolog KmSTL1, encoding a putative glycerol transporter contributing to …

Pretreatment of lignocellulose yields a complex sugar mixture that potentially can be
converted into bioethanol and other chemicals by engineered yeast. One approach to …

CgSTL1 were osmotic-induced, whereas that of CgSTL2 was constitutive. Over-expression
of CgSTL1 and CgSTL2 in C. glycerinogenes resulted in improved glycerol consumption …

Candida albicans hyphal formation is inhibited by a quorum‐sensing molecule, farnesoic
acid, which accumulates in the medium as the cells proliferate. We recently showed that …

Hyperosmotic stress response involves the adaptative mechanisms needed for cell survival.
Under high osmolarity conditions, many stress response genes are activated by several …

The dependence on fossil resources for fuel production together with environment pollution
have urged the development for production processes based on renewable resources …

[ES] La transcripción de los genes de clase II es un proceso finamente regulado a varios
niveles por numerosos factores y llevado a cabo por la RNA polimerasa II (RNAPII)(1). Sub1 …

Adapting to environmental changes (ie an increase in osmolarity) is critical for cell survival.
How cells respond and adapt to osmotic stress has been well-studied in the model …