Top Tweets for #phenocode
Enjoy the stunning visuals of this #PhenoCyclerFusion collection straight from @STARProtocols ➡️https://t.co/e1ClDzaKjh
Every image unveils the beauty and complexity of high-plex, whole-slide imaging of human FFPE tissue, stained uniquely with a specific #PhenoCode Discovery Panel.
✔️ Top left: Tonsil stained with the Immune Activation and Proliferation Module.
✔️ Botton left: Skin stained with the Tissue Architecture Module.
✔️ Top right: Tonsil stained with the Lymphocyte Profiling Module.
✔️ Bottom right: #Headandneckcancer stained with the Immune Activation and Proliferation Module.
Each module comprises a selection of markers strategically chosen to address distinct biological questions. These panels allow customization to meet unique research needs and have shown outstanding efficacy in studying #cutaneoussquamouscellcarcinoma (#cSCC) and immune responses.
Are you intrigued by how it all works? Visit https://t.co/e1ClDzaKjh for a step-by-step guide on preparing and staining human FFPE tissue slides for PhenoCycler-Fusion.
@megldono @Qld_SBC @UQ_News @WesleyResearch
@TRI_info @aruthak @ritikamihani #spatialbiology
Last week, we featured the #PhenoCode Signature Immuno-Contexture panel and its use in profiling tumor immune infiltration. This week, we follow up with a complementary partner panel, the PhenoCode Signature T Cell Status Panel! 🌟 https://t.co/aQCpm7YUfR
This cutting-edge panel allows for the detailed identification of distinct T Cell subsets and effector functionality status within the #tumormicroenvironment, providing crucial insights for immunotherapy strategies. With the flexibility to add a sixth marker, you can tailor your analysis to meet specific research needs.
🧬 Key Features:
1️⃣ Targets key markers: CD8, CD4, CD20, FoxP3, PD-1
2️⃣ Customize further with an additional marker of your choice.
3️⃣ Supported by the #PhenoImager platform for precise and reproducible results.
Perfect for researchers aiming to push the boundaries of #cancerimmunotherapy and understand T-cell dynamics in depth. 🧫💡
Explore more about how the #TCell Status Panel can enhance your research: https://t.co/aQCpm7YUfR
Here, we feature PhenoCode Signature T Cell Status panel data from Namrata Singh and Kathleen Burns from the @DFCI_PathCore, looking to identify T cell subsets and assess their effector functionality within the TMEs, emphasizing the critical role of T-cells as drivers of anti-tumor immunity.
@DanaFarber #SpatialBiology #Immunotherapy #CancerResearch #Immunoflorescence #PhenoCodePanels #PhenoCodeSignature
View our #AACR23 poster to learn how our team used a new tyramide signal amplification‐based Opal method to study for multiplexed #immunofluorescence staining of human FFPE #lungcancer tissue using 5 #PhenoCode Signature panels. https://t.co/W16RcyhWie #NSCLC #spatialbiology
The concept and utility of #spatialsignatures represent a massive step towards streamlining how we approach #cancerdiagnosis and tailor patient-specific therapies by allowing us to investigate the #tumor immune microenvironment.
View our brochure on #PhenoCode Discovery Panels: https://t.co/lRm47UYU9Y
Contact us to learn more: https://t.co/VFLxLPA1DO
📢 #ABRF23 Attendees: Come to booth #418 today until 4:30 PM EST to learn how you can simplify your #spatialbiology journey through the ever-expanding #biomarker landscape with #PhenoCode Discovery Panels! https://t.co/sNQVVWlGQX
@MyABRF #ABRF2023
👏 Round of applause to Dr. Clemens Duerrschmid (@cduerrschmid) from Akoya for delivering a fantastic presentation today at our #Houston UGM on how our new #PhenoCode Panels can simplify #spatialbiology! https://t.co/5obbA7KUum
Explore our panels: https://t.co/fYaaLNNMst
📢 Researchers: Join us on May 2nd for our #Houston #UserGroupMeeting to learn how to simplify #spatialbiology! Hear from #spatial experts, learn about our #PhenoCode panels & get software demos. https://t.co/5obbA7KUum
@EnableMedicine @Visiopharm @MDAndersonNews
@Precision4Med
It's the last day of #AACR23! There's still time to visit our booth #1713 to learn how our new #PhenoCode Discovery Panels can simplify end-to-end workflows for #spatial discoveries on the #PhenoCyclerFusion platform.
What will you discover? https://t.co/Kf2U9gnLiP
@AACR
🌞 Good Morning from #AACR23! Come visit us at booth #1713 to learn about our novel family of #PhenoCode Panels that simplify #spatialbiology workflows on the PhenoCycler-Fusion system! Booth opens at 9 AM. https://t.co/G5NX7Zgi0T @AACR
Introducing #PhenoCode Discovery Panels—designed for the ever-expanding #biomarker universe. Simplify end-to-end workflows for #spatial discoveries w/ ready-to-use panels, on #PhenoCyclerFusion. https://t.co/Kf2U9gnLiP
Learn more at #AACR23! #spatialbiology #cancerresearch
Enjoy reading this @GENbio article by #AkoyaBio team members and @OracleBio describing how #PhenoCode Signature Panels can be used to develop prognostic #biomarkers and facilitate translational and #clinicalresearch. https://t.co/jCJaFkijVC
#spatialbiology #spatialsignatures
Discover how the #PhenoCode Signature approach revolutionizes how #biomarkers are developed for #immunotherapy response by watching this on-demand webinar by Dr. Ning Ma. https://t.co/Ok8jVzZKqo
#spatialbiology #immunooncology
✈️ Traveling to #AACR23? We’re excited to introduce a novel family of #PhenoCode™ Panels that simplify the workflow to study hundreds of #biomarker targets, including protein and #RNA, across multiple sample types.
Learn more: https://t.co/G5NX7Zgi0T
#spatialbiology @AACR
We're kicking off the 1st #TissueTuesday of 2023 w/ this colorful tissue microarray using non-small cell lung cancer (#NSCLC) patient biopsy samples stained utilizing 3 of our new #PhenoCode Signature Panels!
View our #SITC22 poster on our new panels: https://t.co/otQTSDcIz7
Missed our dinner symposium at #SITC22? Not to worry, you can watch the recording on our website to hear about the big reveal of our new #PhenoCode Signature Panels that can accelerate the development of #spatialsignatures. https://t.co/otQTSDcIz7
@sitcancer @aruthak #SITC2022
We had an awesome turnout for our #PhenoCode Signature Launch Event earlier this month! In case you missed it, please watch the on-demand recording. https://t.co/2vnwyg3zIc
Special thanks to Dr. Ning Ma, Dr. Yi Zheng, and Dr. @Aruthak for presenting!
#spatialbiology #multiomics
In case you missed us at #SITC22, we've got you covered! Access our posters & watch a recording of our symposium to hear our panel of speakers present on our new multiplex #PhenoCode Signature panels. https://t.co/otQTSDcIz7
@sitcancer @aruthak @Pinkcigarette2
Tomorrow is our #PhenoCode Signature Virtual Launch Event!
Join us on Dec 6th at 8 AM PT/11 AM ET/4 PM GMT to learn how our panels can enable the rapid development of #spatialsignatures by shortening #assay development time by 3X.
Register: https://t.co/7cvkCqSj2d
Don't forget to register for our event next Tuesday to learn how our new #PhenoCode signature panels can speed up spatial signature development & enable the comprehensive analysis of the #tumormicroenvironment. https://t.co/7cvkCqSj2d
@aruthak #spatialbiology #spatialsignatures
What if you could shorten #assay development time by 3X? Register for our event on December 6th to learn how our new panels can speed up spatial signature development and enable the comprehensive analysis of the #tumormicroenvironment. https://t.co/7cvkCqAHDD @aruthak #phenocode
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