Glutamine Oxidation is Indispensable for Cell Survival of Human Pluripotent Stem ...

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Glutamine Oxidation is Indispensable for Cell Survival of Hum...

by 鱗粉あす

• hFAV
• 3FAV
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• i作品URL

  www.cell.com/cell-metabolism/i...

• iコメント

  Cell Metabolismというアメリカの雑誌のカバーを描きました。
  
  Cell Metabolismはアメリカのセル出版（エルゼビア社傘下）が発行しています。
  2005年創刊。代謝領域分野における世界最高峰の学術雑誌です。
  
  「ヒトES/iPS細胞のグルタミンおよびグルコースのエネルギー代謝」というテーマを図案化しました。
  
  Cell Metabolism
  Volume 23, Issue 4
  April 12, 2016
  
  www.cell.com/cell-metabolism/i...
  
  On the cover: Stem Cell Metabolism. Human pluripotent stem cells rely on glycolysis for energy and biomass production. On pp. 663－674 of this issue, Tohyama et al. show that human ESCs/iPSCs can also utilize glutamine to generate ATP and, in contrast to differentiated cardiomyocytes, are unable to use pyruvate as a fuel. This metabolic difference can be exploited to eliminate residual ESCs/iPSCs after cardiomyocyte differentiation, which may help regenerative therapies. The cover image depicts an allegory of the TCA cycle in which glucose is converted to citrate for lipid biosynthesis, with glutamine also contributing to ATP production in human ESCs/iPSCs. Artwork by Ash Rinpun.
  
  
  
  
  
  ---
  
  Cell Stem Cell
  www.cell.com/cell-stem-cell/is...
  Immunity
  www.cell.com/immunity/issue?pi...
  に続いて３回目のカバー採用です。

• iライセンス

  

Glutamine Oxidation is Indispensable for Cell Survival of Hum...

by 鱗粉あす

• hFAV
• 3FAV
• 2

• i作品URL

  www.cell.com/cell-metabolism/i...

• iコメント

  Cell Metabolismというアメリカの雑誌のカバーを描きました。
  
  Cell Metabolismはアメリカのセル出版（エルゼビア社傘下）が発行しています。
  2005年創刊。代謝領域分野における世界最高峰の学術雑誌です。
  
  「ヒトES/iPS細胞のグルタミンおよびグルコースのエネルギー代謝」というテーマを図案化しました。
  
  Cell Metabolism
  Volume 23, Issue 4
  April 12, 2016
  
  www.cell.com/cell-metabolism/i...
  
  On the cover: Stem Cell Metabolism. Human pluripotent stem cells rely on glycolysis for energy and biomass production. On pp. 663－674 of this issue, Tohyama et al. show that human ESCs/iPSCs can also utilize glutamine to generate ATP and, in contrast to differentiated cardiomyocytes, are unable to use pyruvate as a fuel. This metabolic difference can be exploited to eliminate residual ESCs/iPSCs after cardiomyocyte differentiation, which may help regenerative therapies. The cover image depicts an allegory of the TCA cycle in which glucose is converted to citrate for lipid biosynthesis, with glutamine also contributing to ATP production in human ESCs/iPSCs. Artwork by Ash Rinpun.
  
  
  
  
  
  ---
  
  Cell Stem Cell
  www.cell.com/cell-stem-cell/is...
  Immunity
  www.cell.com/immunity/issue?pi...
  に続いて３回目のカバー採用です。

• iライセンス

  

published : 2016/04/13

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