1. aut = "Zhihua Liu"
Se encontraron 2 resultados.
Artículo:

Termination of autophagy and reformation of lysosomes regulated by mTOR

Autor:

Li Yu

Christina K. McPhee

Lixin Zheng

Gonzalo A. Mardones

Yueguang Rong

Junya Peng

Na Mi

Ying Zhao

Zhihua Liu

Fengyi Wan

Dale W. Hailey

Viola Oorschot

Judith Klumperman

Eric H. Baehrecke & Michael J. Lenardo

Resumen:

When cells are starved, the enzyme TOR is inhibited, inducing autophagy. In this process, autophagosomes sequester intracellular components and then fuse with lysosomes, producing autolysosomes in which cargo is degraded to regenerate nutrients. Now, a mechanism is revealed by which lysosomes are re-formed. When starvation conditions are prolonged, mTOR is re-activated; this attenuates autophagy and results in tubules and vesicles extruding from the autolysosome and maturing into functional lysosomes.

Página:

942

Publicación:

Nature

Volúmen:

465

Número:

7300

Periodo:

17 Junio 2010

ISSN:

00280836

SrcID:

00280836-2010-06-17.txt

  • Documento número 307827
  • Actualizado el martes, 23 de mayo de 2017 03:58:18 p. m.
  • Creado el martes, 23 de mayo de 2017 03:58:18 p. m.
  • Enlace directo
Artículo:

Termination of autophagy and reformation of lysosomes regulated by mTOR

Autor:

Li Yu

Christina K. McPhee

Lixin Zheng

Gonzalo A. Mardones

Yueguang Rong

Junya Peng

Na Mi

Ying Zhao

Zhihua Liu

Fengyi Wan

Dale W. Hailey

Viola Oorschot

Judith Klumperman

Eric H. Baehrecke & Michael J. Lenardo

Resumen:

When cells are starved, the enzyme TOR is inhibited, inducing autophagy. In this process, autophagosomes sequester intracellular components and then fuse with lysosomes, producing autolysosomes in which cargo is degraded to regenerate nutrients. Now, a mechanism is revealed by which lysosomes are re-formed. When starvation conditions are prolonged, mTOR is re-activated; this attenuates autophagy and results in tubules and vesicles extruding from the autolysosome and maturing into functional lysosomes.

Página:

942

Publicación:

Nature

Volúmen:

465

Número:

7300

Periodo:

17 Junio 2010

ISSN:

00280836

SrcID:

00280836-2010-06-17.txt

  • Documento número 1206696
  • Actualizado el martes, 10 de julio de 2018 11:33:59 a. m.
  • Creado el martes, 10 de julio de 2018 11:33:59 a. m.
  • Enlace directo