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With 2022 coming to an end, we decided to share our lab's favorite papers of the year! #MitoMonday #LateNightWithTheRutterLab So without further ado, and in no particular order, here are our 10 favorite papers of 2022:
1-The @FoxLabDuke and Co report that genes enriched in rare codons achieve tissue-specific expression in the testis of flies and humans, as well as the fly brain! @alaederach @Pr0fJess @m_f_rogers @Duke_CMB @Duke_PCB @elife
bit.ly/3vn5ZUw
bit.ly/3vn5ZUw
2-@kaymakirrm and @KawaZbozowa from the @DrRGJonesLab grew CD8+ T-cells in physiological media and discovered that less glucose carbons enter the TCA cycle in the presence of alternative carbon sources including lactate! @VAInstitute @Cell_Metabolism
bit.ly/3hQtmmx
bit.ly/3hQtmmx
Tonight on a special #MitoMonday, we briefly highlight the life and works of everyone's favorite scientist, Dr. Rosalind Franklin. #DNA #WomenInSTEM #LateNightWithTheRutterLab 
Dr. Rosalind Elsie Franklin was born on July 25 1920 in Notting Hill London. She attended @Newnham_College at @Cambridge_Uni in 1938 to study Chemistry, & graduated in 1941. 2/
During WWII, Dr. Franklin did war-related graduate work with the British Coal Utilization Research Association. She studied the porosity of coal using helium to determine its density. She earned her PhD in 1945. bit.ly/2ZO4LCM 3/
Tonight on #MitoMonday we briefly highlight and remember the life and works of Dr. Beth Levine, A giant in the field of autophagy research, who sadly passed away recently. #LateNightWithTheRutterLab #WomenInSTEM #Autophagy
Dr. Beth Levine was born in Newark, New Jersey in 1960. She obtained a degree in French studies from @BrownUniversity in 1981. She then earned her medical degree from @WeillCornell in 1986, and was a resident at @MountSinaiNYC hospital in internal medicine until 1989. 2/
In 1989 she joined the lab of Dr. Diane Griffen at @JohnsHopkins as a postdoc, working on infectious diseases and the neurobiology of viral pathogens. She then joined @Columbia in 1992, where she served as the Director of virology research from 1994-2004. 3/
Tonight we have a special installment of #MitoMonday as @ClaireBensard hosts a #Tweetorial on her recent paper in @CellMetabolism #LateNightWithTheRutterLab
Can a specific metabolic program provoke a cell to become a cancer cell? Focusing mainly on glucose, with some thoughts on fatty acids, and glutamine, we tested the uncoupling of glycolysis and glucose oxidation to induce the transformation from stem cell to cancer cell. 2/
Long ago, Otto Warburg observed that cancer cells perform aerobic glycolysis, but we didn’t know how a cell could control flux from cytosolic glycolysis to mitochondrial glucose oxidation until the transporter was identified…bit.ly/2RDELqe #MPC 3/
Tonight on #MitoMonday we briefly highlight the life and works of an extraordinary scientist who helped discover not one but two organelles, the late great Dr. Christian de Duve. #LateNightWithTheRutterLab #OrganellesRCool
Dr de Duve was born in 1917 near London, to Belgian parents who sought refuge there during WWI. The family returned to Belgium after the war. Dr. de Duve entered the medical school of @UCLouvain_be in 1934. He joined the lab of J.P. Bouckaert where he studied insulin. 2/
Interesting Fact #1: Dr. de Duve was drafted by the Belgian army during WWII and was captured by the Germans. Dr. de Duve, used his knowledge of German and Flemish to outwit the enemy and escape back home where he immediately returned to research. #BadAss 3/
Today on #MitoMonday we briefly highlight Dr Julius Richard Petri and the story of his invention that bears his name. #LateNightWithTheRutterLab #MidNightEdition
Dr. Julius Petri was born in the city of Barmen, Germany on the 31st of May 1852. He received his medical training at the Kaiser Wilhelm-Academy for military physicians in Berlin and earned his doctorate in medicine in 1876. He would practice as a military physician till 1882. 2/
Dr. Petri was assigned to a research facility called the Imperial Health Office in Berlin from 1877 to 1879 where he served as the lab assistant to Dr. Robert Koch, aka the father of modern #microbiology. 3/
