#spatialtranscriptomic search results
Thrilled to receive the NIH/NIGMS R35 MIRA to support our #bioinformatics work studying subcellular and cellular #spatialtranscriptomic heterogeneity Special thanks to @rajivmccoy for guidance + support from mentors @jtleek, Joel Bader, Mike Miller @JHUBME 🥳🥂 #AcademicChatter
@OliverStegle presenting on identification of spatially variable genes #spatialtranscriptomic #cytodata2019
A🐭🧠 project spearheaded by @AllenInstitute created a #SpatialTranscriptomic #CellTypeAtlas of the whole #MouseBrain! Many key marker genes used in our new #MERSCOPE PanNeuro Cell Type Panel were validated in this project. Read the paper & learn more: hubs.ly/Q01KGWK90
Starting today....@nanostringtech Nanostring GEOMx fully operational and training beginning! @UofGMVLS @pvanhouts Mathias Holpert @UofGCancerSci @CRUKGlasgow looking forward to exciting #spatialtranscriptomic projects @CRUK_BI @grisurgery @hollyleslie_ @EdinCRC @precisionpanc
STMiner, an algorithm specifically designed for complex #spatialtranscriptomic data can remove false-positive genes from the analysis results. We are deeply appreciative of @CellGenomics for affording us the platform to present this significant research outcome.
Check out 🔻🔻 #cholangiocarcinoma Paper from @chiarabraconi @ColmJJORourke gut.bmj.com/content/early/… Well done @LabSpatialNBJ for #spatialtranscriptomic component @Gut_BMJ @grisurgery @nanostringtech @UofGMVLS @UofGCancerSci
1/4 #SpatialTranscriptomic methods allow to analyse the gene expression of tissues without losing its spatial heterogeneity. In my #PhD in the Meier lab @PioneerCampus I apply and advance such methods to address different biological questions. #YoungScientistsHMGU
Our summit in Paris is running successfully today; thanks to all our great speakers #spatialtranscriptomic
The first installation of @nanostringtech #cosmx in the UK 🇬🇧 explains all the big smiles! Looking forward to the incredible #singlecell #spatialtranscriptomic data that @LabSpatialNBJ team will produce @UofGCancerSci @UofGMVLS @UofGlasgow Thanks @The_MRC @CRUKresearch
Sharing our experience about spatial transcriptomic in thyroid lesions. @ThaisMaloberti #spatialtranscriptomic #thyroidtumors
Welcome to Tu Duyen Nguyen, @AllianceProg intern from @Polytechnique. Tu Duyen is joining the IICD to focus on novel algorithms to understand the spatial interaction between cells from #spatialtranscriptomic data in the @elhamazizi lab.
Our lab student Kaan Cifcibasi presenting his highly interesting #spatialtranscriptomic data in PDAC @German_PancClub ! Meet us at the Congress! #pancreaticcancer #cancer #pankreasclub #bonn #demirlab
@mason_lab talks about #spatialtranscriptomic profiling of tissues infected with #SARS #COVID19 #AGBT21
#spatialtranscriptomic alert 🚨 The MERSCOPE @vizgen_inc arrived at our single cell facility @Institut_Curie (Initiative Single Cell). Many Curie’s teams are ready to play with it, with us and Kyra Borgman from @CoulonLab.
Last week has been the most exciting in our Spatial Genomic Team -at @sangerinstitute , for beta-testing the N-01 @10xGenomics #CytAssist with #Visium FFPE Version2 I’m so grateful and honoured to have actually run our samples in the first model!! 🔬👩🏻🔬❤️#spatialtranscriptomic
Spatial transcriptomic is everywhere ! 🤩 @10xGenomics @LEGO_Group @institut_thorax #spatialtranscriptomic #science #biology #fun #kids
Have you had the chance to explore what a #MERFISHmeasurement dataset from our #MERSCOPE in situ #SpatialTranscriptomic platform looks like? Take a break today and access the MERFISH Mouse Brain Receptor Map! hubs.ly/H0SWCFH0
Friday afternoon fun going through my first @nanostringtech #GeoMx images. Trying to optimise morphology markers before embarking on the first #SpatialTranscriptomic experiment to be run @cardiffuni
🎇For the first time ever, we propose Infinite #SpatialTranscriptomic editing using #GenerativeAI. Our approach enables algorithmic gene expression-guided editing in a generated gigapixel mouse pup🐭. Code, preprint and generated 106496 x 53248 WSIs: github.com/CTPLab/IST-edi…
Short Report by S Mallapragada et al. (@AnnikaVannan @ASU @TGenResearch @VUMChealth @UW) A #spatialtranscriptomic atlas of acute #neonatal #lunginjury across development and disease severity ow.ly/nYfo50WMbH5
Advice needed: can you distinguish splicing variants by commercial #spatialtranscriptomic (eg visium)? #singlecell #omics
Short Report by S Mallapragada et al. (@AnnikaVannan @ASU @TGenResearch @VUMChealth @UW) A #spatialtranscriptomic atlas of acute #neonatal #lunginjury across development and disease severity ow.ly/nYfo50WMbH5
Post-doctoral researcher in oncology and computer science Paris Brain Institute See the full job description on jobRxiv: jobrxiv.org/job/paris-brai… #NeuroOncology #radiomic #spatialtranscriptomic #ScienceJobs jobrxiv.org/job/paris-brai…
jobrxiv.org
Post-doctoral researcher in oncology and computer science
Post a job in 3min, or find thousands of job offers like this one at jobRxiv!
Fascinating study from prof @ZeminZhangLab from Peking University fresh out in @Nature using both #scrna & #spatialtranscriptomic to decipher cross-tissue multicellular coordination and rewiring in cancer!
Nature research paper: Cross-tissue multicellular coordination and its rewiring in cancer go.nature.com/3ZEdXYZ
Excited to share my latest @JHepatology editorial on this impactful @Nature paper by my good friends @JoeYeong & Prof Liu Lianxin—highlighting Singapore–China collaboration & the power of #spatialtranscriptomic in predicting #HCC #recurrence. sciencedirect.com/science/articl…
Nice talk from Tarine Standgaard on tumour heterogeneity in #NMIBC & use of #SpatialTranscriptomic (& bulk) analyses to distinguish BCG-responsive molecular subtype So gd to finally see #EAUlab up and running!! Thanks #EAU25 committee & #ESUR @Uroweb @LauraBukavinaMD @LDyrskjot
STMiner, an algorithm specifically designed for complex #spatialtranscriptomic data can remove false-positive genes from the analysis results. We are deeply appreciative of @CellGenomics for affording us the platform to present this significant research outcome.
Caractéristiques spatiales et sensibilité aux traitements de 10 indications tumorales. #spatialtranscriptomic. The spatial landscape of cancer hallmarks reveals patterns of tumor ecological dynamics and drug sensitivity: Cell Reports cell.com/cell-reports/f…
The latest technical blog from scientists at the Earlham Institute shares some insights, top tips, and a workflow for applying #spatialtranscriptomic technologies to plant tissue. 🔎🌿🧬 ➡️ okt.to/ujacFs #PlantScience
Our CYGNUS project is developing a powerful new pipeline for the detailed study of diagnostic and archival tissue samples, enabling researchers to explore #SpatialTranscriptomic data 🔬 Discover more at buff.ly/4eg0bky Image by Jamieson Spatial Lab
🧬 Scientists at the Earlham Institute are developing advanced #singlecell and #spatialtranscriptomic approaches to explore gene expression in plant and animal systems, uncovering the mechanisms they use to adapt to challenges. #CellularGenomics okt.to/e73nFf
earlham.ac.uk
Cell expression heterogeneity impact on environmental response
Linking heterogeneity in gene expression within individual cells with whole organism phenotypes and adaptability.
Neuronal heterogeneity in the medial septum and diagonal band of Broca: classes and continua biorxiv.org/content/10.110… #MERFISH #spatialtranscriptomic #singlecell #RNA #MERSCOPE @vizgen_inc
Discover imaging solutions at @MedDiscCat, transforming drug discovery and enhancing therapeutic effectiveness. 💊 From #MassSpectrometryImaging to #SpatialTranscriptomic capability, unlock the potential of integrated data to elevate development. Read👉 loom.ly/utgKgk4
Sharing our experience about spatial transcriptomic in thyroid lesions. @ThaisMaloberti #spatialtranscriptomic #thyroidtumors
Excited to share this fantastic opportunity for an intensive hands-on course in #spatialtranscriptomic with the @10xGenomics #Xenium @MRC_WIMM @UniofOxford. Perfect for those looking to expand their skills - don’t miss out! Unlock the secrets and register today 👇 #SingleCellOmic
Join us for a three-day hands-on course in Spatial Transcriptomics with the 10x Xenium at the @MRC_WIMM Advanced Single Cell Omics Facility (WASCOF) @UniofOxford. From Panel design & Tissue Preparation to Imaging & Data Analysis. Register your intetest: [email protected]
Our lab student Kaan Cifcibasi presenting his highly interesting #spatialtranscriptomic data in PDAC @German_PancClub ! Meet us at the Congress! #pancreaticcancer #cancer #pankreasclub #bonn #demirlab
Super excited to be a part of this amazing team, and looking forward to discovering more with the cutting edge #spatialtranscriptomic for lung cancer patients.
Grateful for the support from the MRFF and incredible researchers supporting this Lung Cancer #MetaSpatial study #teamscience @chinwee10 @Dr_MarkAdams @bhuva_dd @lnly0311 @ProfGabBelz @CCRG_Research @Qld_SBC @WesleyResearch @WEHI_research @TRI_info @SAiGENCI @UQ_News
📷#MERSCOPE generates #MERFISH #SpatialTranscriptomic #DataImages that are not only exceptional in their #Accuracy & #DetectionEfficiency, but also breathtaking in their beauty.🎨 Check out the winners of our 2024 calendar contest: hubs.ly/Q02k1LM40 #VizgenViews #SciArt
🎇For the first time ever, we propose Infinite #SpatialTranscriptomic editing using #GenerativeAI. Our approach enables algorithmic gene expression-guided editing in a generated gigapixel mouse pup🐭. Code, preprint and generated 106496 x 53248 WSIs: github.com/CTPLab/IST-edi…
Join us in Seattle on 10/26 at the @10xGenomics User Group Meeting for presentations from leading scientists & networking! Visit our table for a demo of Partek Flow and see how to easily analyze your #singlecell and #spatialtranscriptomic data. partek.com/10x_10.26.23_S…
A🐭🧠 project spearheaded by @AllenInstitute created a #SpatialTranscriptomic #CellTypeAtlas of the whole #MouseBrain! Many key marker genes used in our new #MERSCOPE PanNeuro Cell Type Panel were validated in this project. Read the paper & learn more: hubs.ly/Q01KGWK90
Thrilled to receive the NIH/NIGMS R35 MIRA to support our #bioinformatics work studying subcellular and cellular #spatialtranscriptomic heterogeneity Special thanks to @rajivmccoy for guidance + support from mentors @jtleek, Joel Bader, Mike Miller @JHUBME 🥳🥂 #AcademicChatter
Check out 🔻🔻 #cholangiocarcinoma Paper from @chiarabraconi @ColmJJORourke gut.bmj.com/content/early/… Well done @LabSpatialNBJ for #spatialtranscriptomic component @Gut_BMJ @grisurgery @nanostringtech @UofGMVLS @UofGCancerSci
@mason_lab talks about #spatialtranscriptomic profiling of tissues infected with #SARS #COVID19 #AGBT21
Starting today....@nanostringtech Nanostring GEOMx fully operational and training beginning! @UofGMVLS @pvanhouts Mathias Holpert @UofGCancerSci @CRUKGlasgow looking forward to exciting #spatialtranscriptomic projects @CRUK_BI @grisurgery @hollyleslie_ @EdinCRC @precisionpanc
1/4 #SpatialTranscriptomic methods allow to analyse the gene expression of tissues without losing its spatial heterogeneity. In my #PhD in the Meier lab @PioneerCampus I apply and advance such methods to address different biological questions. #YoungScientistsHMGU
📷#MERSCOPE generates #MERFISH #SpatialTranscriptomic #DataImages that are not only exceptional in their #Accuracy & #DetectionEfficiency, but also breathtaking in their beauty.🎨 Check out the winners of our 2024 calendar contest: hubs.ly/Q02k1LM40 #VizgenViews #SciArt
In December 2020, Dr. Zhuang's lab at @Harvard posted an article to @biorxivpreprint detailing how they used #MERFISH to generate a subcellular #SpatialTranscriptomic atlas of neurons. Read & learn about the patterns of #RNA in neurons. hubs.ly/H0-cgx90 #ThrowbackThursday
Welcome to Tu Duyen Nguyen, @AllianceProg intern from @Polytechnique. Tu Duyen is joining the IICD to focus on novel algorithms to understand the spatial interaction between cells from #spatialtranscriptomic data in the @elhamazizi lab.
Nice talk from Tarine Standgaard on tumour heterogeneity in #NMIBC & use of #SpatialTranscriptomic (& bulk) analyses to distinguish BCG-responsive molecular subtype So gd to finally see #EAUlab up and running!! Thanks #EAU25 committee & #ESUR @Uroweb @LauraBukavinaMD @LDyrskjot
The first installation of @nanostringtech #cosmx in the UK 🇬🇧 explains all the big smiles! Looking forward to the incredible #singlecell #spatialtranscriptomic data that @LabSpatialNBJ team will produce @UofGCancerSci @UofGMVLS @UofGlasgow Thanks @The_MRC @CRUKresearch
The first in-depth reference map of the uterus to collect both single cell and #spatialtranscriptomic data reveals new insights into the cellular make up of #endometrialcancers and adds to the Human Cell Atlas. Learn more: ow.ly/f5Xz50H35bQ #uterinecancer
Single Cell RNA-Seq and Spatial Data Merge Using Cell2location A team has developed a tool, сell2location, that can resolve fine-grained cell types in #spatialtranscriptomic data and create comprehensive cellular maps of diverse tissues. Learn more: ow.ly/9Zya50HuEaq
Now open! Research Award for #SpatialBiology across the #WholeTranscriptome. Two awards available: Human & Mouse. #SpatialTranscriptomic. In partnership with @EACRnews and @illumina. Apply today! ow.ly/Bfig50EwdaV
Our lab student Kaan Cifcibasi presenting his highly interesting #spatialtranscriptomic data in PDAC @German_PancClub ! Meet us at the Congress! #pancreaticcancer #cancer #pankreasclub #bonn #demirlab
Last week has been the most exciting in our Spatial Genomic Team -at @sangerinstitute , for beta-testing the N-01 @10xGenomics #CytAssist with #Visium FFPE Version2 I’m so grateful and honoured to have actually run our samples in the first model!! 🔬👩🏻🔬❤️#spatialtranscriptomic
@OliverStegle presenting on identification of spatially variable genes #spatialtranscriptomic #cytodata2019
Spatial transcriptomic is everywhere ! 🤩 @10xGenomics @LEGO_Group @institut_thorax #spatialtranscriptomic #science #biology #fun #kids
@biotechne announces the commercial release of the #RNAscope HiPlex V2 Assay for #scRNAseq validation and #spatialtranscriptomic profiling while retaining tissue morphology! #enhancingyourspatialgenomicsstory #RNAISH #HiPlex Read the Press Release here: bit.ly/3zGLFhf
Rao's team at the @QIMRBerghofer used GeoMx DSP to study #spatialtranscriptomic signatures and viral load in lungs from #SARS-CoV-2 infected hamsters and revealed that nuclear ACE2 may be a therapeutic target independent of the variant. 👉go.nature.com/42ZfAiR
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