Mujahid Ali, (Postdoctoral Researcher) PhD
@Ali_PhD87
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Study 3D chromatin organization and epigenetic mechanisms associated with learning and memory during critical periods# Institute of Neurosciences#Innsbruck
Innsbruck, Austria
Joined October 2018
preprint alert! Developmental regulation of Drosophila dosage compensation in a 3D genome context
biorxiv.org
Chromosomal dosage compensation (DC) restores the expression balance of X chromosome between sexes, and is realised in Drosophila by the coordination of enriched X-linked PionX, HAS sequence elements...
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Happy to be part of this study that shows how proximity-based enhancer capture drives the evolution of distally duplicated genes, using Drosophila’s HP6/Umbrea as a model for this transformative genomic mechanism.
science.org
The 3D genome influences new gene evolution by altering gene expression via the general mechanism of enhancer capture-divergence.
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RT @zhouqi1982: preatterned by active histone modifications, but zygotic genes by repressing modifications before zygotic genome activation….
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RT @zhouqi1982: domesticated as enhancers. And specific but not housekeeping enhancers tend to coincide with 3D genome domain boundaries. W….
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RT @zhouqi1982: We are excited to publish an modENCODE level epigenome data analyses for Dobzhansky's favourite Drosophila species D. pseud….
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We are excited to share our latest work in @NatureComms! Our study maps the chromatin state transitions and highlights dynamic shift of chromatin states and regulatory regions(TABs,TEs and enhancers)during the development.#TEs,#enhancers,#sexchr,#3DGenome
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RT @NatureRevGenet: Here, the authors synthesize recent insights into sex chromosomes from a variety of species to review their evolutionar….
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RT @NatureRevGenet: Moreover, continued studies in model organisms with recently developed technologies have characterized the dynamics of….
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RT @NatureRevGenet: Evolution and regulation of animal sex chromosomes #Review by Zexian Zhu, Lubna Younas (@Lubna9….
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RT @zhouqi1982: My student Zexian, Lubna @Lubna99584738 and I @ZJU_China together wrote a review on @NatureRevGenet on evolution and regul….
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Congratulations.
Excited to share our new paper in nature review genetics We explore diverse sex determination pathways and dosage compensation mechanisms across species, challenging established theories and offering fresh insights into their evolutionary dynamics.
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RT @zhouqi1982: #NCOMTop25 Our paper on #sexchr #evolution of #worms has made it to top 25 most read articles of @NatureComms ! https://t.c….
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RT @zhouqi1982: Our paper of studying the #sexchr evolution of the amazing #seahorse species is just out on @MolBi….
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RT @UlrichTechnau: When teaching is fun: great seminar with motivated and interested students in our Master program Evolutionary Systems Bi….
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RT @biorxiv_evobio: The Role of the 3-Dimensional Genome in New Gene Evolution #biorxiv_evobio.
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Excited to share our latest work on #Drosophila pseudoobscura #chromatin landscape.
new work from the lab by my very talented and productive student Mujahid Ali.
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RT @chromatinlab: Check out our latest study on centromere chromatin structure out now in @NatureComms
nature.com
Nature Communications - In this study, using a human neocentromere as a model, the authors show that centromeres have a special chromatin structure. Centromere repositioning triggers...
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RT @VDSEE_univie: Today @JingLiu74952792 PhD did an amazing job defending his thesis in front of @huguesrc, @ProfJennyGraves and Oleg Simak….
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RT @boris_ctcf: 3D genome, on repeat: Higher-order folding principles of the heterochromatinized repetitive genome .
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RT @KarstenRippe: A lot has been published on the big chunks of H3K9me2/3 heterochromatin. But how do the thousands of neglected small doma….
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