Protein hydroxylation-dependent oxygen sensing and downstream pathways .

Regulation of inflammatory gene expression by hypoxia.

Kidney and hypoxia: HIF as a new therapeutic option in acute kidney injury.

Expression and function of the PHD/HIF oxygen sensor system in the heart .

Adult neural crest-derived stem cells sustain carotid body adaptive growth in chronic hypoxia.

Epo-induced excessive erythrocytosis in mice.

Hypoxia protects cancer cells from cell death induced by chemotherapeutic drugs.

keynote lecture: Oxygen sensing in animals: the HIF hydroxylase system.

New insights into functional aspects of CA IX and their implications for cancer biology.

The scaffolding protein, NHERF1, functions as a link between tumor hypoxia and microenvironmental acidification.

Hypoxic response pathways in kidney cancer.

Hypoxia and calcium transport systems - from modulation to function.

NOX and the HIF pathway: the plot thickens.

Mechanims of gene regulation in hypoxia.

Tumor stem cells and their niche(s).

Tumor metabolic adaptation to hypoxic and acidic stress .

Targeting acquired resistance to anti-angiogenic therapy by inhibition of hypoxia-induced tumor cell escape .