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Centrioles

Centrioles are composed of microtubules arranged as nine triplets forming a cylinder.  In this electron micrograph of an interphase cell, two centrioles, oriented at right angles to each other, form the diplosome.  The region of the cytoplasm where the diplosome is located is called the centrosome or MTOC.  Note its close association with the Golgi.  40,000x

Centrioles <p>Centrioles are composed of microtubules arranged as nine triplets forming a cylinder.  In this electron micrograph of an interphase cell, two centrioles, oriented at right angles to each other, form the diplosome.  The region of the cytoplasm where the diplosome is located is called the centrosome or MTOC.  Note its close association with the Golgi.  40,000x</p>

Centrioles

Centrioles are composed of microtubules arranged as nine triplets forming a cylinder.  In this electron micrograph of an interphase cell, two centrioles, oriented at right angles to each other, form the diplosome.  The region of the cytoplasm where the diplosome is located is called the centrosome or MTOC.  Note its close association with the Golgi.  40,000x
Diplosome <p>Centrioles are composed of microtubules arranged as nine triplets forming a cylinder.  In this electron micrograph of an interphase cell, two centrioles, oriented at right angles to each other, form the diplosome.  The region of the cytoplasm where the diplosome is located is called the centrosome or MTOC.  Note its close association with the Golgi.  40,000x</p>

Diplosome

Centrioles are composed of microtubules arranged as nine triplets forming a cylinder.  In this electron micrograph of an interphase cell, two centrioles, oriented at right angles to each other, form the diplosome.  The region of the cytoplasm where the diplosome is located is called the centrosome or MTOC.  Note its close association with the Golgi.  40,000x
Centrosome <p>Centrioles are composed of microtubules arranged as nine triplets forming a cylinder.  In this electron micrograph of an interphase cell, two centrioles, oriented at right angles to each other, form the diplosome.  The region of the cytoplasm where the diplosome is located is called the centrosome or MTOC.  Note its close association with the Golgi.  40,000x</p>

Centrosome

Centrioles are composed of microtubules arranged as nine triplets forming a cylinder.  In this electron micrograph of an interphase cell, two centrioles, oriented at right angles to each other, form the diplosome.  The region of the cytoplasm where the diplosome is located is called the centrosome or MTOC.  Note its close association with the Golgi.  40,000x
Microtubules <p>Centrioles are composed of microtubules arranged as nine triplets forming a cylinder.  In this electron micrograph of an interphase cell, two centrioles, oriented at right angles to each other, form the diplosome.  The region of the cytoplasm where the diplosome is located is called the centrosome or MTOC.  Note its close association with the Golgi.  40,000x</p>

Microtubules

Centrioles are composed of microtubules arranged as nine triplets forming a cylinder.  In this electron micrograph of an interphase cell, two centrioles, oriented at right angles to each other, form the diplosome.  The region of the cytoplasm where the diplosome is located is called the centrosome or MTOC.  Note its close association with the Golgi.  40,000x
Golgi complexes <p>Centrioles are composed of microtubules arranged as nine triplets forming a cylinder.  In this electron micrograph of an interphase cell, two centrioles, oriented at right angles to each other, form the diplosome.  The region of the cytoplasm where the diplosome is located is called the centrosome or MTOC.  Note its close association with the Golgi.  40,000x</p>

Golgi complexes

Centrioles are composed of microtubules arranged as nine triplets forming a cylinder.  In this electron micrograph of an interphase cell, two centrioles, oriented at right angles to each other, form the diplosome.  The region of the cytoplasm where the diplosome is located is called the centrosome or MTOC.  Note its close association with the Golgi.  40,000x
Main SlideCentriolesDiplosomeCentrosomeMicrotubulesGolgi complexes