Nearly all motile cilia have a 9+2 axoneme containing a central apparatus (CA), consisting of two central microtubules with projections, that is essential for motility. To date, only 22 proteins are known to be CA components. To identify new candidate CA proteins, we used mass spectrometry to compare axonemes of wild-type Chlamydomonas and a CA-less mutant. We identified 44 novel candidate CA proteins, of which 13 are conserved in humans. Five of the latter were studied more closely, and all five localized to the CA; therefore, most of the other candidates are likely to also be CA components. Our results reveal that the CA is far more compositionally complex than previously recognized and provide a greatly expanded knowledge base for stud...
In the past decade, investigations from several different fields have revealed the critical role of ...
For all motile eukaryotic cilia and flagella, beating is regulated by changes in intraciliary calciu...
Cilia are microtubule-based structures that project from almost every cell in the vertebrate body. I...
Nearly all motile cilia contain a central apparatus (CA) composed of two connected singlet microtubu...
Cilia are essential organelles required for cell signaling and motility. Nearly all motile cilia hav...
Cilia play an essential role in protecting the respiratory tract by providing the force necessary fo...
Nearly all motile cilia and flagella (terms here used interchangeably) have a \u279+2\u27 axoneme co...
Motile cilia have a \u279+2\u27 structure containing nine doublet microtubules and a central apparat...
Cilia or flagella of eukaryotes are small micro-hair like structures that are indispensable to sing...
Cilia play an essential role in protecting the respiratory tract by providing the force necessary fo...
SummaryThe primary cilium is a microtubule-based organelle that senses extracellular signals as a ce...
AbstractDefects in mammalian cilia lead to a range of diseases, but our understanding of the composi...
Cilia and flagella are widespread cell organelles that have been highly conserved throughout evoluti...
Although the basic structure of the axoneme has been highly conserved throughout evolution, the vari...
Motile cilia are ultrastructurally complex cell organelles with the ability to actively move. The hi...
In the past decade, investigations from several different fields have revealed the critical role of ...
For all motile eukaryotic cilia and flagella, beating is regulated by changes in intraciliary calciu...
Cilia are microtubule-based structures that project from almost every cell in the vertebrate body. I...
Nearly all motile cilia contain a central apparatus (CA) composed of two connected singlet microtubu...
Cilia are essential organelles required for cell signaling and motility. Nearly all motile cilia hav...
Cilia play an essential role in protecting the respiratory tract by providing the force necessary fo...
Nearly all motile cilia and flagella (terms here used interchangeably) have a \u279+2\u27 axoneme co...
Motile cilia have a \u279+2\u27 structure containing nine doublet microtubules and a central apparat...
Cilia or flagella of eukaryotes are small micro-hair like structures that are indispensable to sing...
Cilia play an essential role in protecting the respiratory tract by providing the force necessary fo...
SummaryThe primary cilium is a microtubule-based organelle that senses extracellular signals as a ce...
AbstractDefects in mammalian cilia lead to a range of diseases, but our understanding of the composi...
Cilia and flagella are widespread cell organelles that have been highly conserved throughout evoluti...
Although the basic structure of the axoneme has been highly conserved throughout evolution, the vari...
Motile cilia are ultrastructurally complex cell organelles with the ability to actively move. The hi...
In the past decade, investigations from several different fields have revealed the critical role of ...
For all motile eukaryotic cilia and flagella, beating is regulated by changes in intraciliary calciu...
Cilia are microtubule-based structures that project from almost every cell in the vertebrate body. I...