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Blog
- 01-07-22 - Early encounters
- 20-02-22 - Restoring folding defects
- 29-10-21 - Metal uptake
- 17-08-21 - Getting iron inside
- 17-05-21 - Long road to ruin
- 25-02-21 - Guardians of the proteome
- 16-12-20 - Activating movements
- 15-10-20 - Letting bacteria swim
- 06-09-20 - The molecular cooper and the barrel
- 03-07-20 - Sewing through the membrane
- 03-06-20 - Knowing your ABC
- 07-05-20 - Staying in shape
- 04-04-20 - Building sugar trees
- 06-03-20 - Getting folded across
- 03-02-20 - Targeting bacterial lipoproteins
- 30-12-19 - Letting bacteria breathe
- 16-11-19 - Getting in
- 15-10-19 - Attached for virulence
- 04-09-19 - Powering protein export
- 12-07-19 - CFTR and cystic fibrosis
- 11-06-19 - Mitochondrial proteases as drug target
- 12-05-19 - Getting it out
- 09-04-19 - How to build a bacterial cell wall?
- 12-03-19 - Getting greasy with it
- 14-02-19 - Mitochondrial quality control
- 16-01-19 - Moving proteins across a membrane part 2
- 24-12-18 - Marked for degradation
- 17-11-18 - Moving proteins across a membrane
- 14-10-18 - Structural basis for LPS insertion
- 18-09-18 - Rifamycin monooxygenase
- 25-08-18 - Bacterial lipoproteins
- 19-07-18 - Tetracycline destructases
- 28-06-18 - Untangling the knot
- 06-06-18 - Nitroreductases
- 16-05-18 - Cyclooxygenase-2 as drug target
- 25-04-18 - F420, the rarest cofactor
- 11-04-18 - Cytochrome P450s
- 14-03-18 - Breaking the flavin ring
- 26-02-18 - Aquaporins
- 04-02-18 - Resurrected ancient enzymes
- 16-01-18 - Cold-adapted enzymes
- 23-12-17 - Bioluminescence
- 04-12-17 - Twin arginine translocation
- 13-11-17 - ATP synthase
- 26-10-17 - Co-translational membrane targeting
- 10-09-17 - Nascent chain welcoming committee
- 18-08-17 - Biochemistry of coffee
- 26-07-17 - NADPH Oxidases
- 13-07-17 - Regulated proteolysis
- 24-06-17 - What the structures tell part 2
- 17-06-17 - What the structures tell part 1