Jamie Moore

We are driving more inward #investment & generating more highly skilled jobs, according to @CR_UK’s commissioned report published today, demonstrating Cancer Research Horizons’ importance in the #lifescience ecosystem. Read our CBO Tony Hickson’s take: bit.ly/3OTzMw6

@RushworthLab @alex_tonks @RobinsonLab_QIB @RushworthLab - your photography skills are below par 😂

@RushworthLab @alex_tonks @RobinsonLab_QIB Thanks for the great comments and enjoyable discussion! It was a great experience 👌

@alex_tonks @alanlparker What is this 😭😭😭

Ok, done. Thanks @alanlparker for the suggestion of how best to maximise stickies.

Taking the STING out of acute myeloid leukemia through macrophage-mediated phagocytosis: buff.ly/3IOQ2M9 In this #Commentary, William Brian Dalton, Gabriel Ghiaur and Linda Resar @HopkinsMedicine highlight the role for LAP in suppressing AML via STING activation.

LC3-associated phagocytosis in bone marrow macrophages suppresses acute myeloid leukemia: buff.ly/3txVH2G @Rushworthlab @jamiearonmoore @uniofeastanglia #Hematology #Oncology

Research co-funded by Rosetrees at the University of East Anglia and Quadram Institute has shown that macrophages could be programmed to attack cancer cells via a protein known as STING (Stimulator of interferon genes), a well-known immune system acivator. jci.org/articles/view/…

Check out this article from @UEAResearch about my recent publication.

How does the body fight cancer? New research led by UEA has found the body's immune system can enhance chemotherapy - macrophages can be programmed to kill cancer cells. 👉 bddy.me/3pqYjOR @RushworthLab @UeaMed @TheQuadram @EarlhamInst @NNUH

The @RushworthLab at @UniofEastAnglia investigated the role of macrophage LC3-associated phagocytosis within the bone marrow #microenvironment of acute myeloid leukemia (#AML). 🧫 Full article: 🔗 bit.ly/3qY7Sof

Extremely proud to have my first paper as primary author in @jclinicalinvest We find that LAP in BM macrophages is required for the suppression of AML through mtDNA sensing and STING activation jci.org/articles/view/… @RushworthLab @KrisBowles7 @uniofeastanglia @RosetreesT

@AliceGodden Yeah! I hope so! Hope you're doing well?

@Jamieaaronmoore That went by quick! Hopefully lots of cool adventures! 🥳🥳🥳

Thesis submitted today! With the viva next year, I wonder what 2022 will bring? Any ideas...

Great to see our paper on modelling the metabolic shifts during cardiomyocyte differentiation and iron deficiency published online today. A nice way to end the year!

Some great talks to at #TheFrancisCrickInstitute couldn't resist a snap.

Done great talks so far. Great to be here #phdlife

@TaishiYonezawa @ASH_hematology Thanks!

@Jamieaaronmoore @ASH_hematology Awsome!

Wow. Very proud to have been awarded the @ASH_hematology Abstract Achievement Awards this year! Check out my poster, which includes a recording, at #ASH21. #3441 - LAP in BM Macrophages Suppresses AML Progression through mtDAMP Induced STING Activation.

@aamdsif @ASH_hematology Thank you.

@Jamieaaronmoore @ASH_hematology Congratulations!

@EricaSzLi @ASH_hematology Thanks Erica!

@Jamieaaronmoore @ASH_hematology Well done, Jamie! 😊🎉

@alex_tonks @ASH_hematology Thanks Alex

@Jamieaaronmoore @ASH_hematology Congrats