Cell Press@CellPressNews

Cell Press partners with scientists across all disciplines to publish and share work that will inspire future directions in research. #ScienceThatInspires

 Cambridge, MA, USA
cell.com/about
Joined December 2008
16,674 Photos and videos
Cell Press: A dedication to quality. spkl.io/6011AQSOB
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"By using human neural organoids, we created a map of how different hormonal signals can change how developing neural cells behave in a physiologically relevant human model." Read the article from @gtesta72, @NicoloCaporale and colleagues: hubs.ly/Q04zXr710
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New research article from Nexus (@Nexus_CellPress): Structural constraints on building decarbonization in electricity-dominant cities hubs.li/Q04yHnsD0 @HongKongPolyU
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Emerging frontiers for AI in single-cell genomics. A review by Christina S. Leslie, Sneha Mitra & Jiaxin Li @MSKCancerCenter, published in @molecularcell #ASHG26 hubs.ly/Q04BHsTC0

Emerging frontiers for AI in single-cell genomics

The review highlights recent developments in AI modeling for single-cell genomics, spanning foundation models for RNA and chromatin accessibility, gene regulatory networks, and virtual cell models...

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The OsCPK4–OsCNGC7 phosphorylation-centered feedback loop promotes Ca2+ influx and confers salt tolerance in rice hubs.li/Q04z-MQj0  Featured research article from the October issue of #PlantCommunications (@MPlantPCom)
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An author shares their experience of submitting their research to Cell Press. To explore all the services available to support authors, visit cell.com/about
Cell Press graphic featuring a view looking upward through a green forest canopy, with sunlight filtering through the leaves and a dark blue overlay on the left. White text reads, \u201CA commitment to service,\u201D followed by a testimonial from a Cell Press author in the United States: \u201CThe communication during the submission process was exceptional\u2014really unmatched to any other submission I\u2019ve had in the past.\u201D A footnote credits Elsevier\u2019s Author Feedback Programme. A large Cell Press symbol appears in the upper right, with the white Cell Press logo in the lower right.

ALT Cell Press graphic featuring a view looking upward through a green forest canopy, with sunlight filtering through the leaves and a dark blue overlay on the left. White text reads, \u201CA commitment to service,\u201D followed by a testimonial from a Cell Press author in the United States: \u201CThe communication during the submission process was exceptional\u2014really unmatched to any other submission I\u2019ve had in the past.\u201D A footnote credits Elsevier\u2019s Author Feedback Programme. A large Cell Press symbol appears in the upper right, with the white Cell Press logo in the lower right.
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Identifying independent causal cell types for human diseases and risk variants. Check out this study by Steven Gazal @USC & colleagues in @Cellgenomics #ASHG26 hubs.ly/Q04BHsTB0

Identifying independent causal cell types for human diseases and risk variants

Kim et al. introduce CT-FM and CT-FM-SNP, probabilistic methods connecting GWAS associations with causal cellular contexts at genome-wide and SNP levels. Across 63 traits, they infer independent...

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"Contrasting demographic impacts of Roman colonization and early medieval migrations in the Iberian Peninsula." Learn more in Cell: cell.com/cell/fulltext/S0092… Pablo Carrión & colleagues @cellcellpress
first page of article: \"Contrasting demographic impacts of Roman colonization and early medieval migrations in the Iberian Peninsula.\"

ALT first page of article: \"Contrasting demographic impacts of Roman colonization and early medieval migrations in the Iberian Peninsula.\"

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AI-driven therapeutic antisense oligonucleotide for processing-deficient progeroid laminopathies. View the full article led by Ning Shen (Zhejiang University School of Medicine) & colleagues in @MedCellPress #ASHG26 hubs.ly/Q04BHsZt0

AI-driven therapeutic antisense oligonucleotide for processing-deficient progeroid laminopathies

Lv et al. developed a deep-learning framework, ASOMAR, to design a genotype-inclusive antisense oligonucleotide targeting processing-deficient progeroid laminopathies with transcript-level specific...

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Origins and implications of intron retention quantitative trait loci in human tissues by Eddie Park and Yi Xing at @ChildrensPhila hubs.li/Q04zqZ4j0 @AJHGNews (@GeneticsSociety) highlight from the best of collection 2025-2026
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Explore the program for #CS3Dbiologicalfunction26, Nov 5–7 in Shenzhen. Hear from Suliana Manley, Stefan Raunser, Feng Shao & more on structural biology, imaging, AI and biological function in 3D. There’s still time to register! hubs.li/Q04C6X-40
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US drinking water could contain double the reported PFAS levels, model estimates. Learn more in Cell Reports Sustainability: cell.com/cell-reports-sustai… Gehendra Kharel & colleagues @CellRepSustain
first page of Cell Reports Sustainability paper: Censoring-aware models quantify systematic underestimation of PFAS occurrence in US drinking-water monitoring

ALT first page of Cell Reports Sustainability paper: Censoring-aware models quantify systematic underestimation of PFAS occurrence in US drinking-water monitoring
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Integration by parts: the multi-layered mechanisms of cis-regulatory control. Check out this review by @jake_cs_ @briscoejames & @joadelas in @molecularcell #ASHG26 hubs.ly/Q04BHsSC0

Integration by parts: The multi-layered mechanisms of cis-regulatory control

Cornwall-Scoones et al. discuss a two-layer model of cis-regulatory computation. Binding-level integration classifies TF cooperativity along orthogonal axes of specific-general and symmetric-asymme...

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Where a cell sits in a tissue matters. This Cell Genomics paper uses spatial transcriptomics to reveal altered cell communities and drivers of aberrant epithelia and pro-fibrotic fibroblasts in interstitial lung diseases. hubs.li/Q04B7hWK0 #ImpactfulPaper
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Nexus (@Nexus_CellPress) launched in 2023 with an ambitious vision and will receive a first Impact Factor in 2027. Read an interview with founding editor Professor Jerry Yan where he shares his thoughts on the journal's progress. hubs.li/Q04y1Xy90
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"Creating the first synthetic plastid genome in plants." Learn more in Trends in Plant Science: cell.com/trends/plant-scienc… Scott C. Lenaghan @TrendsPlantSci
first page of Forum: \"Creating the first synthetic plastid genome in plants.\"\n

ALT first page of Forum: \"Creating the first synthetic plastid genome in plants.\"\n
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A new collection from the @SMaHTnetwork is out in @CellCellPress and @CellGenomics laying the foundation for a catalog of somatic variation across human tissues.  Explore this exciting work: hubs.ly/Q04C2K4W0  #SMaHT #Genomics #SomaticMosaicism
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Long-read genome sequencing improves detection and functional interpretation of structural and repeat variants in autism. Read the full article by @sebatlab & colleagues in @Cellgenomics #ASHG26 hubs.li/Q04C312b0

Long-read genome sequencing improves detection and functional interpretation of structural and...

Mortazavi et al. investigated structural and tandem repeat variants from long-read WGS in a cohort of 267 individuals from 63 families affected by ASD. They detected de novo and complex DUP-DEL SVs,...

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Explore a new collection from @The_InnovationJ highlighting recently published nanotechology research. hubs.li/Q04B_sZR0
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How do post-translational modifications shape cellular function? Explore a special issue from @CellChemBiol examining the diverse roles of PTMs in regulating the proteome and cellular physiology in health and disease. Read more: hubs.li/Q04C2m6x0
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Review suggests giving birth again too soon after having a baby could lead to quicker biological aging. Learn more in Trends in Endocrinology: cell.com/trends/endocrinolog… Stephen M. Albright and Jesse R. Poganik @Trends_Endo_Met
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