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- Procentriole structure
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- Adénylate kinase de Mycobacterium tuberculosis
- C-Terminal Half of Human Centrin 2
- Apo-neocarzinostatin structure
- Follicules thyroïdiens (SIMS)
- Crystal structure of HsCen2
- LAH
- Poses of some active compounds
- GSK-3 in complex
- Inserm
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- human hemoglobin a chains in monocarboxylated state
- Cytidine monophosphate kinase in complex with cytosine diphosphate
- Structure of Lqh-8/6 toxin
- Solution structure of the immunophilin-like domain of FKBP59
- NMR-derived solution structure of the C-terminal domain of Calcium Vector Protein (from Amphioxus) in the Ca2+-bound form
- Solution structure of the N-terminal domain of Calcium Vector Protein (from Amphioxus)
- Solution structure of the <i>Nereis diversicolor</i> Sarcoplasmic Calcium-binding Protein
- Structure en solution d’une construction C-terminale de la centrine humaine 2
- Model of human procentriole assembly
- Sinusoïde amortie
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- l'Institut Curie financé par Equipex
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Model of human procentriole assembly
a, The first step of procentriole assembly involves the formation of a stalk at the proximal end of the mature centriole (b). c, The cartwheel assembles from this stalk and organises the procentriolar wall, where some A-microtubules start growing from the γ-TuRCs. d, Enlargment of the procentriole shown in (c). e, Before completion of the nine A-microtubule round, some B-microtubules start growing from the wall of A microtubules. f, B-microtubules grow bidirectionally, and C-microtubules start growing from the wall of the B-microtubules. g, C-microtubules grow bidirectionally until the B- and C-microtubules reach the proximal end of the A-microtubule. h, Growth continues at the distal end until completion of the microtubule triplet blades.