Nature Cell Biology Profile Banner
Nature Cell Biology Profile
Nature Cell Biology

@NatureCellBio

123,592
Followers
669
Following
286
Media
4,328
Statuses

A journal dedicated to publishing the latest advances across all areas of cell biology.

NYC-Berlin-London-Shanghai
Joined February 2010
Don't wanna be here? Send us removal request.
@NatureCellBio
Nature Cell Biology
6 years
Henrietta Lacks’ grandson Alfred Lacks at the opening ceremony of #AACR18
Tweet media one
3
133
385
@NatureCellBio
Nature Cell Biology
6 years
This month we celebrate #WomenInScience ! Visit our Focus to read about the turning points in the careers of 13 amazing women scientists. Special thanks to all our authors for sharing their stories so graciously and eloquently!
Tweet media one
4
243
363
@NatureCellBio
Nature Cell Biology
2 years
VCAM1 and MHC-I cooperate to provide a ‘don’t-eat-me’ signal that prevents haematopoietic stem cell clearance by mononuclear phagocytes. VCAM1 can be hijacked by cancer cells to escape innate immune surveillance. PDF:
1
46
213
@NatureCellBio
Nature Cell Biology
6 years
A new collection on organoid research is now available! Covering recent reviews & perspectives, research articles, methods & protocols from Nature research journals
Tweet media one
2
147
199
@NatureCellBio
Nature Cell Biology
6 years
Two papers now show that endogenous aspartate is a limiting metabolite for cancer cell proliferation, and that metformin depletes aspartate to limit tumour growth & Check the associated N&V
Tweet media one
3
117
186
@NatureCellBio
Nature Cell Biology
2 years
How unabundant lncRNAs overcome the stoichiometric disadvantages and exert their cellular functions? Check out the latest perspective by @jp_unfried & @IgorUlitsky Download PDF:
Tweet media one
0
41
173
@NatureCellBio
Nature Cell Biology
2 years
NEW ONLINE: extracellular vesicle-mediated transfer of telomeres from antigen-presenting cells to T cells enables chromosome elongation, protection against replicative senescence and long-term immune defence. PDF:
1
56
141
@NatureCellBio
Nature Cell Biology
1 year
NEW ONLINE: We spoke to Kara McKinley ( @karalmckinley ), assistant professor of stem cell and regenerative biology at @HSCRB , about her career and goals for our research community. Find the Q&A here:
0
29
127
@NatureCellBio
Nature Cell Biology
3 months
💫NEW: Wang, Chen et al. find #cGASSTING pathway overactivation in neurons in models of lysosome storage disorders; and that neuronal cGAS–STING signaling inactivation alleviates neurodegeneration. 👉🏿
2
24
120
@NatureCellBio
Nature Cell Biology
9 months
👋🏿🏖️Our August issue's live! Cover: human body #spatialatlas Read: 👉Perspective on @_hubmap 👉🏼Turning point: Nancy Kleckner 👉🏽🔬on #lipiddroplet #autophagy , #mitochondria #DNArepair , #reprogramming , #migrasome formation, #neuroprotection & more!
Tweet media one
3
36
117
@NatureCellBio
Nature Cell Biology
11 months
☕️NEW: Zhou et al. describe an intracellular transport pathway of low-density lipoprotein (LDL)–LDL receptor from the plasma membrane that bypasses lysosomes and delivers cholesterol to mitochondria for steroidogenesis.
1
25
96
@NatureCellBio
Nature Cell Biology
6 years
Using scCOOL-seq, Tang and colleagues simultaneously characterize the DNA methylation and chromatin accessibility of the same cell during human preimplantation development | Check out the associated N&V
Tweet media one
0
57
94
@NatureCellBio
Nature Cell Biology
6 years
Jin Zhang and colleagues create single-fluorophore #kinase sensors for PKA, PKC and ERK in different colours, and demonstrate that they enable multiplex imaging of a combination of signalling activities in cell lines and primary rat neurons
Tweet media one
0
39
86
@NatureCellBio
Nature Cell Biology
6 years
A cool tool to control intracellular flow: Kreysing and colleagues show that controlling cytoplasmic flow via focused-light-induced cytoplasmic streaming (FLUCS) can be used to invert asymmetric cell division in C. elegans zygotes
Tweet media one
1
49
89
@NatureCellBio
Nature Cell Biology
2 years
NEW ONLINE: @mvh_lab & team show that nucleotide species imbalance is not sensed by canonical metabolic regulatory pathways, causing excessive cell growth despite a DNA replication block; ATR is needed to increase nucleotide availability in normal S phase.
0
18
89
@NatureCellBio
Nature Cell Biology
6 months
🍵In this issue: A Comment by @CreweLab , @SnigdhaTiash and @BrestoffLab discusses #MitochondriaTransfer :
1
17
84
@NatureCellBio
Nature Cell Biology
3 years
Our beautiful July issue is live! 📝Cover: Mechanics of crypt morphogenesis 📝SARS-CoV-2 targets MAVS 📝Prostanoid inhibits necroptosis 📝Mitochondrial tRNA modifications 📝A negative regulator of YAP/TAZ 📝Role for Golgi in endosome fission & more:
Tweet media one
1
21
88
@NatureCellBio
Nature Cell Biology
7 years
Launching our Series on Mechanobiology with this Review by Heisenberg and co-authors
Tweet media one
1
75
85
@NatureCellBio
Nature Cell Biology
3 years
A trio of papers reports that the piRNA pathway is essential for mammalian female fertility based on genetic perturbation experiments performed in golden hamsters. Read the comment on the three papers by Jeremy Wang:
1
21
85
@NatureCellBio
Nature Cell Biology
2 years
NEW ONLINE: @ZernickaGoetz & colleagues show a cadherin code regulates the assembly and sorting of the first 3 lineages during mammalian development and can be manipulated to enhance the efficiency of synthetic embryogenesis. PDF:
0
18
83
@NatureCellBio
Nature Cell Biology
5 years
A new story shows #AMPK controls calcium entry into #mitochondria to boost mitochondrial respiration
Tweet media one
0
36
82
@NatureCellBio
Nature Cell Biology
2 months
☕️In this issue: Son et al. show that #AMPK - & PP2A-dependent #p300 nucleocytoplasmic shuttling regulates #mTORC1 activity in response to nutrient status. Models of Hutchinson–Gilford #progeria display increased cytoplasmic p300 and mTORC1 hyperactivation.
0
21
83
@NatureCellBio
Nature Cell Biology
3 years
NEW Review: James Hurley & co cover the most recent discoveries and the emerging molecular understanding of the mechanisms of #autophagosome formation. Download PDF:
0
21
82
@NatureCellBio
Nature Cell Biology
4 months
☕️In this issue: Cui, Guo, Liu et al. identify a bacterial species, P. anaerobius, in the gut that produces a #tryptophan metabolite to modulate #ferroptosis and #ColorectalCancer development. #microbiome 👉🏽
0
18
83
@NatureCellBio
Nature Cell Biology
2 years
📢JOB ALERT | Nature Cell Biology is hiring! Anyone with expertise in chromatin & epigenetics, genome editing or RNA biology is welcome to apply. Deadline is August 8th. See the ad here:
0
53
82
@NatureCellBio
Nature Cell Biology
6 years
Nature Cell Biology <3 #Mechanobiology In the latest Review in our Series on #Mechanobiology Kirby & Lammerding discuss nuclear mechanosensing
Tweet media one
0
39
80
@NatureCellBio
Nature Cell Biology
1 year
NEW ONLINE: Kuchitsu et al. show that STING-positive vesicles of a recycling endosome origin are encapsulated into lysosomes after STING ubiquitination and this process requires ESCRT proteins Tsg101 and Vps4.
1
16
79
@NatureCellBio
Nature Cell Biology
2 years
NEW ONLINE! In this Review, Lin He &co discuss how sequences introduced by transposon activities provide raw material for genome innovation. ☕️Enjoy the read! Download pdf:
0
21
77
@NatureCellBio
Nature Cell Biology
9 days
💫NEW: Kubicek & co report a method for multicolour tagging using genome-scale intron-targeting sgRNA libraries that, in combination with computer vision, enables the systematic detection of protein localization changes.
0
13
77
@NatureCellBio
Nature Cell Biology
10 months
Spang & co show that a pool of Arf1 at lipid droplets is implicated in mitochondrial ATP production control through regulation of fatty acid metabolism and acetyl-CoA transfer to mitochondria. @Spang_Lab @SpangAnne @EnklerLudovic @biozentrum @UniBasel_en
0
25
74
@NatureCellBio
Nature Cell Biology
6 years
Check out the latest Review in our Series on #Autophagy . @Tavernarakis & coauthors discuss #mitophagy , the mechanisms that mediate elimination of #mitochondria , and role of this pathway in disease
Tweet media one
1
29
69
@NatureCellBio
Nature Cell Biology
2 years
Cancer cell-derived GABA promotes β-catenin-mediated tumor growth and immunosuppression, a role beyond its classic function as a neurotransmitter. PDF:
2
13
68
@NatureCellBio
Nature Cell Biology
3 months
💫NEW: Son et al. show that #AMPK - and PP2A-dependent p300 nucleocytoplasmic shuttling regulates #mTORC1 activity in response to nutrient status. Models of Hutchinson–Gilford #progeria syndrome display increased cytoplasmic p300 and mTORC1 hyperactivation.
0
17
70
@NatureCellBio
Nature Cell Biology
4 years
He and colleagues introduce a live-imaging system to track heart formation at single-cell resolution for up to 1.5 days
Tweet media one
0
33
70
@NatureCellBio
Nature Cell Biology
1 year
👋Our May issue is live! 👉On the cover: #woundrepair memory 👉🏻Read about🔬on: #stemcell #pluripotency #lipiddroplet #aging #lysosome regeneration #proteinqualitycontrol #ferroptosis in #cancer #STINGprotein regulation #insulin #organoids ... & more!
Tweet media one
1
16
70
@NatureCellBio
Nature Cell Biology
2 years
NEW ONLINE: An apical spectrin network in endothelial cells can transmit mechanical forces in response to shear flow-induced stress, requiring hyaluronic acid and involving PIEZO1. PDF:
0
14
68
@NatureCellBio
Nature Cell Biology
7 years
Phenotypic heterogeneity of disseminated tumour cells is preset by primary tumour hypoxic microenvironments
Tweet media one
0
60
69
@NatureCellBio
Nature Cell Biology
5 years
We are recruiting for an exciting new #cancer -related journal! Are you passionate about #CancerResearch and #ScienceCommunication ? Excited by the possibility of shaping a new journal? Then check the ad 👇Deadline February 4th!
0
63
66
@NatureCellBio
Nature Cell Biology
1 year
☕️NEW: Yan et al. harness CRISPR screens and find that ILF3 negatively regulates mTORC1 activation upon amino acid sensing. ILF3 recruits GATOR2 to tether the GATOR complexes to lysosomes and regulate mTORC1 activity. PDF:
1
18
66
@NatureCellBio
Nature Cell Biology
6 years
Monitoring growing epithelial cells through the cell cycle, Trepat and colleagues find that cell–cell tension and cell–matrix traction forces differ across the cell cycle and affect cell cycle duration, the G1–S transition and mitotic rounding
Tweet media one
0
35
63
@NatureCellBio
Nature Cell Biology
2 months
💫NEW REVIEW: Dai, @bstockwell , Kroemer, Tang & co offer a comprehensive discussion of the molecular regulation of #ferroptosis and highlight how it may be potentially leveraged in therapeutics. 👉🏻
1
26
65
@NatureCellBio
Nature Cell Biology
29 days
💫NEW: @OphirKlein , @CampasLab & co report that cell proliferation induces localized mechanical compression in the tissue, driving the formation of the main mouse tooth signaling center via differential YAP expression. 👉🏿
1
16
65
@NatureCellBio
Nature Cell Biology
2 years
Our April issue goes live! The cover highlights a perspective on methods to explore the universe of small RNAs. Read about 14 fascinating stories on condensate size control, necrosome structure, aggresomes at centrosomes, mitochondrial shape & more
Tweet media one
4
9
61
@NatureCellBio
Nature Cell Biology
5 years
A new study by Jennifer Lippincott-Schwartz and colleagues shows protein incorporation into membranes of #HIV particles through lipid-based partitioning More insightful discussion at
Tweet media one
1
24
61
@NatureCellBio
Nature Cell Biology
6 years
Zernicka-Goetz and colleagues devise an approach to combine embryonic stem cells, trophoblast stem cells and extra-embryonic endoderm stem cells into self-assembling embryo-like structures, which recapitulate key hallmarks of gastrulation in vitro
Tweet media one
2
21
61
@NatureCellBio
Nature Cell Biology
6 years
Strömblad and colleagues identify reticular adhesion complexes that maintain cell–extracellular-matrix attachments during cell division
Tweet media one
0
21
60
@NatureCellBio
Nature Cell Biology
2 years
NEW ONLINE: ZNFX-1 maintains a pool of small RNA-targeted transcripts in perinuclear condensates of the C. elegans germline, which serve as templates for small RNA amplification in the next generation. PDF:
1
8
57
@NatureCellBio
Nature Cell Biology
2 years
👉Check out our September issue! #SyntheticEmbryos on the cover! 🪂Dive into #CellularPlasticity , TDP-43 pathology & #PhaseSeparation , #mTORC1 control, #LipidDroplet targeting, a #CRISPR method, #exctracellularvesicles , a Review on #transposons &more!
Tweet media one
9
12
59
@NatureCellBio
Nature Cell Biology
6 years
Review on selective autophagy: Klionsky and co-authors discuss selective autophagy pathways that degrade unwanted cytosolic components and organelles, and how these pathways require ligand receptors and scaffold proteins for cargo specificity
Tweet media one
0
26
58
@NatureCellBio
Nature Cell Biology
6 years
Calling all #autophagy lovers and #KSautophagy attendees: check out the latest in our Series on #autophagy , a Perspective on the history of the field by Noboru Mizushima
Tweet media one
0
30
58
@NatureCellBio
Nature Cell Biology
6 years
Using time-lapse microscopy and transcriptome analysis of the #post -implantation mouse embryo, @ZernickaGoetz lab shows that cavity fusion occurs through the formation and polarized resolution of multiple, multicellular three-dimensional rosettes
Tweet media one
1
27
57
@NatureCellBio
Nature Cell Biology
1 year
NEW ONLINE: Guo & co report that a stiff extracellular matrix stimulates the release of exosomes from cancer cells under the control of Akt and Rab8. These exosomes in turn promote tumour growth. PDF:
1
16
54
@NatureCellBio
Nature Cell Biology
6 years
Li and colleagues develop a #CRISPRCas9 -based screen strategy that combines #baseediting and haploid embryonic stem cell technologies to identify amino acids critical for protein function in mice
Tweet media one
0
33
54
@NatureCellBio
Nature Cell Biology
6 years
Di Giovanni and colleagues show that extracellular vesicles containing NOX2 are released from macrophages and incorporated into injured axons, leading to axonal regeneration through PI3K–p-Akt signalling
Tweet media one
0
31
54
@NatureCellBio
Nature Cell Biology
6 years
A timely review from Shahbazi & Zernicka-Goetz on the post-implantation mammalian embryo and how innovative technologies have helped to shape it
Tweet media one
0
23
57
@NatureCellBio
Nature Cell Biology
7 years
Check out our beautiful September issue
Tweet media one
0
20
56
@NatureCellBio
Nature Cell Biology
10 months
👋🏽Our July issue is live! On the cover: rabbit #embryo atlas 👉🏻Read about🔬 on: #cholesterol delivery to #mitochondria , #hypoxia - #necroptosis , #autophagy / #microglia #senescence , #circadianclock / #purine synthesis, #cardiacmetabolism & more!
Tweet media one
2
22
56
@NatureCellBio
Nature Cell Biology
1 year
NEW ONLINE: Thorsten Hoppe & co describe an Argonaute-dependent endoplasmic reticulum (ER)-associated RNA silencing pathway that acts together with ER-associated protein degradation to preserve ER homeostasis and function.
0
17
52
@NatureCellBio
Nature Cell Biology
6 years
Wittmann and colleagues develop a tool to rapidly dissociate proteins from the growing end of microtubules through photo-induced disassembly of end-binding protein 1, and find that this reduces microtubule growth and alters cell migration
Tweet media one
0
27
55
@NatureCellBio
Nature Cell Biology
8 years
Honouring the 2016 Nobel prize in Physiology or Medicine with a collection on autophagy by the Nature journals
Tweet media one
0
41
54
@NatureCellBio
Nature Cell Biology
1 year
NEW ONLINE: @fabian_theis & co present ExpiMap, a deep-learning model enabling interpretable reference mapping of RNA sequencing data using biologically defined entities, offering end-to-end analysis from dataset integration to functional interpretation.
0
11
55
@NatureCellBio
Nature Cell Biology
6 months
☕️NEW: Wang, Chen & co report that the secretory coat protein complex COPII undergoes liquid–liquid #PhaseSeparation that is tuned by #manganese in the cytosol, to impact #lipoprotein secretion. 👉
0
13
54
@NatureCellBio
Nature Cell Biology
4 years
Now free-to-access for the virtual #ISSCR2020 : a single-cell atlas of the bone marrow niche by Steinmetz, Trumpp, Haas and colleagues.
0
15
51
@NatureCellBio
Nature Cell Biology
6 years
Another addition to @NatureCellBio Series on #Mechanobiology from Mohammadi and Sahai, discussing recent insights into how altered tumour mechanics arise and how this affects
Tweet media one
1
20
52
@NatureCellBio
Nature Cell Biology
2 years
NEW online: Specification of inner cell mass versus trophectoderm depends on a monoastral spindle that drives asymmetric cell division patterns, arguing against a stochastic inner-outer lineage segregation in the mouse embryo. PDF:
3
17
54