
Josh Brickman
@josh_brickman
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Developmental and Stem Cell Biologist, Interested in the transcription, lineage specification, potency and plasticity. @josh-brickman.bsky.social
Copenhagen
Joined January 2014
How does metabolism act through generic chromatin modifiers promote specific cellular states? Simultaneous modification of transcription factors and chromatin, enhancing epigenetic signal to noise ratios.
embopress.org
imageimageHow alterations in cell metabolism translate into specific developmental gene programs remains a major question. This study shows that forcing OXPHOS metabolism reprograms mouse embryonic...
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RT @RouskinLab: Here is a great joke. Thursday May 22nd , 1pm . Lab meeting. A scientists gives a 30 minute pep talk that boils down to “ g….
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The latest piece of @mproksik PhD, for step in our nf-core saga, and a new MARS-seq pipeline. Check it out at
academic.oup.com
AbstractMotivation. Single sequencing technology (scRNA-seq) enables the study of gene regulation at a single cell level. Although many sc-RNA-seq protocol
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Very happy that the work of @Alboo recognized in this collection. It was an amazing PhD and her paper included here - - only a part of it. .
cell.com
Brickman and colleagues show that an unsegregated ICM-like population arises spontaneously in naive ESC culture in KOSR media. These cells resemble the E3.5 ICM and can contribute to both epiblast...
The Stem Cell Reports Best Of 2024-2025 issue is out now! Read the full issue to explore the most notable papers published over the last year. @ISSCR @CellPressNews @GairdnerAwards @SickKidsNews
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Incredible achievement for old school developmental biology interfacing with the translational world! Congratulations to Melissa - very well deserved!.
reNEW CEO named Fellow of the Royal Society. Professor Melissa H. Little, reNEW’s CEO, has been appointed Fellow of the Royal Society. Fellows of the Royal Society are many of the world's most eminent scientists, engineers and technologists. Founded in 1660 and based in London,
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Metabolism driving the exit from pluripotency into mature trophoblast - beautiful work from my colleague @JZylicz.
Can metabolism regulate more than bioenergetics during human development? Our new study says YES! We show that metabolism influences cell fate choice in human naïve pluripotent stem cells, histone acetylation, and trophectoderm maturation. @NatureCellBio.
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This enhanced or deteriorating ratio of epigenetic signals may also underpin aging. Amazing work by Robert Bone @alboo87 , @molly_lowndes and Collaborators @treebak and Michael Nielsen, all of @LabBrickman in @reNEW_Global @UCPH_health.
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RT @RobertIllingwo7: Shifting the pitch and contours of Waddington’s valleys, putative enhancers, and transcription through H3K27me3 chroma….
journals.plos.org
Author summary Embryogenesis requires a tightly coordinated programme of cellular expansion and specialisation to gives rise to all of the cell- and tissue-types of the developing organism. In...
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Why thank you Katie!.
H3K27me3 supports endodermal differentiation. "PRC factors both restrain exit from the desired trajectory by canalizing gene expression programmes and control the incline upon which a cell tracks towards a new state.". Nice work! @josh_brickman @RobertIllingwo7 @wendy_bickmore.
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Transcription ahead of chromatin regulation? .Activation in endoderm occurs prior to K27me3 removal, plus much more. A tribute to our collaborations with @wendy_bickmore and @RobertIllingwo7, who worked tirelessly to insure this data saw daylight!
journals.plos.org
Author summary Embryogenesis requires a tightly coordinated programme of cellular expansion and specialisation to gives rise to all of the cell- and tissue-types of the developing organism. In...
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RT @NatureMaterials: Electric fields guide collective cell migration in developing embryos of Xenopus laevis via a voltage-sensitive phosph….
nature.com
Nature Materials - Electric fields guide collective cell migration in developing embryos of Xenopus laevis via a voltage-sensitive phosphatase.
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