Molecular Metabolism - HSPH

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Molecular Metabolism - HSPH

The Department of Molecular Metabolism at Harvard T.H.

Chan School of Public Health focuses on the interplay of biological processes with environmental factors as they apply to complex human diseases, with special attention to metabolism.

05/19/2023

RT : Today’s questions shape tomorrow’s answers and our best shot at creating a healthier shared future. Thank you to & for recognizing our contributions to this endeavor. https://t.co/FdX2jVO0wA https://t.co/bneqRdt2Pe

“RT : Today’s questions shape tomorrow’s answers and our best shot at creating a healthier shared future. Thank you to …”

05/08/2023

RT : Only ONE DAY left to register for the 2023 Metabolism and Life Symposium featuring our excellent lineup of Speakers! https://t.co/gmoB8ygYrV

“RT : Only ONE DAY left to register for the 2023 Metabolism and Life Symposium featuring our excellent lineup of Speakers! htt…”

05/04/2023

Today we had the honor of hosting the annual Armen H. Tashjian Jr Award Lecture and Reception. This year's award recipient was Dr. Tony Hui, who gave a presentation entitled, "New roles of IL-6 and FGF21 in energy metabolism." Congratulations, ! https://t.co/nCzp5evMZw

“Today we had the honor of hosting the annual Armen H. Tashjian Jr Award Lecture and Reception. This year's award recipient was Dr. Tony Hui, who gave a presentation entitled, "New roles of IL-6 and FGF21 in energy metabolism." Congratulations, !”

04/26/2023

Study by and UCLA researchers finds that fatty acid utilization is selectively coupled to mitochondrial morphology, pointing to a physiologic role for mitochondrial fragmentation in determining cellular fuel preference for fatty acids. https://t.co/5yxuJB49AG

“Study by and UCLA researchers finds that fatty acid utilization is selectively coupled to mitochondrial morphology, pointing to a physiologic role for mitochondrial fragmentation in determining cellular fuel preference for fatty acids. https://t.co/5yxuJB49AG”

04/21/2023

Happy to announce that Dr. Marie Sabatier has received an Institut Servier fellowship for her training in the Lab. With their generous support, Dr. Sabatier will further her research on breast cancer metastasis into lymph nodes. Congratulations, ! https://t.co/GHVPW9qiaZ

“Happy to announce that Dr. Marie Sabatier has received an Institut Servier fellowship for her training in the Lab. With their generous support, Dr. Sabatier will further her research on breast cancer metastasis into lymph nodes. Congratulations, !”

04/21/2023

RT : The Metabolism and Life Symposium returns on May 9-10, 2023 and brings together expert scientists from around the world!

https://t.co/c0Yg40TBB6

“RT : The Metabolism and Life Symposium returns on May 9-10, 2023 and brings together expert scientists from around the world! …”

04/10/2023

New Cell Reports Methods paper describes “SKI TRIP” toolkit in C. elegans for profiling actively translated transcripts in specific cell and tissue types to study translation-sensitive processes such as aging. Congrats to and !

https://t.co/wPjZBBM73h

“New Cell Reports Methods paper describes “SKI TRIP” toolkit in C. elegans for profiling actively translated transcripts in specific cell and tissue types to study translation-sensitive processes such as aging. Congrats to and ! https://t.co/wPjZBBM73h”

04/05/2023

Congratulations to and her co-1st authors on this fantastic collaborative study from her PhD work showing how C/EBPa confers vulnerability to lipid oxidative stress-induced ferroptosis in FLT3-mutant leukemia.

https://t.co/UlUiXwXzeC

“Congratulations to and her co-1st authors on this fantastic collaborative study from her PhD work showing how C/EBPa confers vulnerability to lipid oxidative stress-induced ferroptosis in FLT3-mutant leukemia. https://t.co/UlUiXwXzeC”

03/06/2023

We're happy to announce the resurrection of the Boston Cell Death Initiative discussion series, brought to you by and our own ! https://t.co/nMNxZleT8v

“We're happy to announce the resurrection of the Boston Cell Death Initiative discussion series, brought to you by and our own !”

02/27/2023

Welcome, Dr. Mario Palma ! https://t.co/ElylU4BcwD

“Welcome, Dr. Mario Palma !”

02/27/2023

RT : We are excited to welcome Dr. Mario Palma to the team and look forward to the new discoveries he will unlock to understand lymph node metastases. https://t.co/67hS5PUQo5

“RT : We are excited to welcome Dr. Mario Palma to the team and look forward to the new discoveries he will unloc…”

02/22/2023

https://t.co/EcEkHjuVu1

“https://t.co/EcEkHjuVu1”

02/22/2023

Support for our department's research has been profound, especially these past few years. March 1st is Giving Day at and we encourage those who have been a part of our work and those who have benefited to consider supporting our future discoveries!

“Support for our department's research has been profound, especially these past few years. March 1st is Giving Day at and we encourage those who have been a part of our work and those who have benefited to consider supporting our future discoveries!”

02/22/2023

RT : Come join us for the re-launch of the Boston Cell Death Initiative with fantastic talks from Whitney Henry ( ) & ( ) on March 6th at 4PM https://t.co/Ouauzf6XUV

“RT : Come join us for the re-launch of the Boston Cell Death Initiative with fantastic talks from Whitney Henry (…”

02/14/2023

Welcome to the department ! https://t.co/G2AnKkQWv3

“Welcome to the department !”

01/03/2023

Congratulation Aaron and your team! , , , John Asara, and , !

“Congratulation Aaron and your team! , , , John Asara, and , !”

01/03/2023

Nature Metabolism study by Aaron Hosios uncovers a new role for mTORC1 – an essential regulator of cell growth and metabolism – in a lysosome-dependent adaptive shift in the use of intracellular fatty acids for storage or energy production. https://t.co/0aCH1lJmeJ

“Nature Metabolism study by Aaron Hosios uncovers a new role for mTORC1 – an essential regulator of cell growth and metabolism – in a lysosome-dependent adaptive shift in the use of intracellular fatty acids for storage or energy production. https://t.co/0aCH1lJmeJ”

11/17/2022

Congratulations to Molly, , Aaron Hosios, , , Cameron Fraser, , David J. Kwiatkowski, , Chin-Lee Wu, , and !

“Congratulations to Molly, , Aaron Hosios, , , Cameron Fraser, , David J. Kwiatkowski, , Chin-Lee Wu, , and !”

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677 Huntington Avenue
Boston, MA
02115

Website

https://www.hsph.harvard.edu/molecular-metabolism/

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Molecular Metabolism - HSPH

05/19/2023

05/08/2023

05/04/2023

04/26/2023

04/21/2023

04/21/2023

04/10/2023

04/05/2023

03/06/2023

02/27/2023

02/27/2023

02/22/2023

02/22/2023

02/22/2023

02/14/2023

01/03/2023

01/03/2023

11/17/2022

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