Knowledge
Isolating Interaction-Null/Impaired Mutants using the Yeast Two-Hybrid Assay
Scientists characterised the enzyme Erp41 from K. phaffii revealing exceptional disulfide-bond isomerase activity when paired with glutathione.
Isolating Interaction-Null/Impaired Mutants using the Yeast Two-Hybrid Assay
Scientists characterised the enzyme Erp41 from K. phaffii revealing exceptional disulfide-bond isomerase activity when paired with glutathione.
Nitrogen availability and TOR signalling are important for preventing catastrophic mitosis in fis...
This protocol describes how to use the yeast two-hybrid system to find mutants that disrupt protein–protein interactions aiding studies of molecular networks.
Nitrogen availability and TOR signalling are important for preventing catastrophic mitosis in fis...
This protocol describes how to use the yeast two-hybrid system to find mutants that disrupt protein–protein interactions aiding studies of molecular networks.
Heterologous pulcherrimin production in Saccharomyces cerevisiae confers inhibitory activity on B...
The paper links nutrient sensing and TOR signalling to proper mitosis in fission yeast showing that nitrogen scarcity can trigger cell division defects.
Heterologous pulcherrimin production in Saccharomyces cerevisiae confers inhibitory activity on B...
The paper links nutrient sensing and TOR signalling to proper mitosis in fission yeast showing that nitrogen scarcity can trigger cell division defects.
From biosynthesis and beyond loss or overexpression of the cytokinin synthesis gene iptA alters c...
Researchers engineered yeast to produce pulcherrimin a pigment that inhibits the plant pathogen Botrytis demonstrating biocontrol potential.
From biosynthesis and beyond loss or overexpression of the cytokinin synthesis gene iptA alters c...
Researchers engineered yeast to produce pulcherrimin a pigment that inhibits the plant pathogen Botrytis demonstrating biocontrol potential.
Analyzing self-assembled spindle dynamics in fission yeast meiosis using in vivo fluorescence ima...
This study examines how changing expression of the iptA gene in Dictyostelium affects cell division and metabolism highlighting roles for cytokinin synthesis in amoeba biology.
Analyzing self-assembled spindle dynamics in fission yeast meiosis using in vivo fluorescence ima...
This study examines how changing expression of the iptA gene in Dictyostelium affects cell division and metabolism highlighting roles for cytokinin synthesis in amoeba biology.
