#deepvisualproteomics search results
One patient, four organs, many insights: We applied Deep Visual Proteomics to track protein changes in Signet Ring Cell Carcinoma. This spatial analysis could pave the way for more targeted therapies in rare tumors #PrecisionOncology #DeepVisualProteomics doi.org/10.1101/2024.0…
AATD affects thousands, causing liver & lung disease via protein aggregation. Our new preprint used #DeepVisualProteomics to study liver cells and reveals key AATD insights with clinical implications . Video and tweetorial @metaboflo #Alpha1Awareness bit.ly/4hzl64o
As #proteomics expands into complex, low-input workflows, sensitivity and reproducibility are critical. Join next week’s webinar to see how Whisper Zoom for Evosep Eno delivers unmatched performance for #DeepVisualProteomics. Register: evosep.com/webinars/webin…
Discover how #deepvisualproteomics links tissue morphology to molecular phenotypes at scale. Join our Oct 23 webinar to explore tissue heterogeneity methods combining molecular profiling with spatial context. Register: evosep.com/webinars/webin…
Scientists @labs_mann, at Pavel Strnad Lab @UniklinikAachen & at Alksander Krag Lab @OUHhospital have used spatial #DeepVisualProteomics to reveal how liver cells become sick in patients with the proteotoxic disease alpha-1 antitrypsin deficiency. #AATD @FLASH_OUH @Nature
#2: Using cell-type resolved #DeepVisualProteomics, we uncovered a gradual transformation from SBT to LGSC, via micropapillary tumors as a transition state—profiling up to 5,400 proteins from just ~200 cells per sample!
Wondering about the spatial #proteome of individual cells along gradients? We are releasing scDVP, single-cell #DeepVisualProteomics in intact tissue-context for the first time! Congrats @metaboflo and all! mpg.pulse.ly/rrq0tf9pa0 nature.pulse.ly/13a4oy6x1y
Two neighboring cells can be so different! Releasing scDVP - single-cell #DeepVisualProteomics for combined imaging and mass spectrometry-based proteomics in the intact tissue context. One cell at a time. nature.pulse.ly/13a4oy6x1y @naturemethods Here’s a summary! (1/n)
3/7 With #DeepVisualProteomics at single-cell level, we tracked liver cells’ responses to AAT buildup – even before fibrosis. Capturing 3,800 proteins from half a cell, we gain insight into the stress cascade, allowing us to pinpoint early disease signs.
#Deepvisualproteomics is redefining #Cancer #diagnostics deep visual proteomics (DVP) is an amalgamation of #ArtificialIntelligence (AI) for image analysis and #massspectrometry (MS)and it gets used for #proteomics #profiling of #biological samples. #openacess #peerreview
Building on the powerful #DeepVisualProteomics workflow, we now isolate single hepatocyte shapes one at a time from frozen mouse liver sections. One shape is one third to one half of a sliced hepatocyte in volume, or ~250pg protein mass. (2/n)
Explore how Deep Visual Proteomics is being used to study #ovariancancer progression using AI, laser microdissection & mass spectrometry. Join our webinar to learn! fcld.ly/t34ut47 🗓️ June 12, 2 PM SGT Presenters: Andreas Metousis & Shelly Azadi #DeepVisualProteomics
Nature Methods has chosen #SpatialProteomics as their Method of the Year! Harness IBEX & #DeepVisualProteomics to uncover protein organization in complex tissues. Elevate your research from cancer studies to global atlas projects. Learn more: rdcu.be/d3etj @Nature
Prof. @Prof_Lundberg sharing the realm of deep visual proteomics, multiplexed protein imaging and multi-scale proteome modelling at @SCP_meeting #singlecellproteomics #deepvisualproteomics #AI #machinelearning
Two neighboring cells can be so different! Releasing scDVP - single-cell #DeepVisualProteomics for combined imaging and mass spectrometry-based proteomics in the intact tissue context. One cell at a time. nature.pulse.ly/13a4oy6x1y @naturemethods Here’s a summary! (1/n)
Researchers led by Matthias Mann have further developed #DeepVisualProteomics, to be able to analyze the #proteome of single-cells with their precise location on intact tissue ❕mpg.pulse.ly/rrq0tf9pa0 ❕nature.pulse.ly/13a4oy6x1y #paperalert @naturemethods @labs_mann @metaboflo
Explore AI-driven imaging and proteomics for single-cell insights. Discover how Deep Visual Proteomics retains spatial info, aiding cancer research and targets like JAK inhibition for TEN. Read more: fcld.ly/wue04zz #DeepVisualProteomics #SpatialProteomics
Discover how Deep Visual Proteomics uses AI, laser microdissection, and mass spectrometry to advance disease understanding. Uncover spatial proteomics insights for impactful therapeutic discoveries. Learn more: fcld.ly/wue04zz #DeepVisualProteomics #SpatialProteomics
Nine patients are diagnosed with an increased colorectal carcinoma (CRC) risk, but only three of them develop CRC. Here we used #DeepVisualProteomics to identify new markers to potentially support the diagnosis of CRC. Read more: medrxiv.org/content/10.110… #Proteomics #Oncology
"A new standard for understanding disease progression at the single-cell level in human tissue." Unraveling liver disease in Alpha1-antitrypsin deficiency with #DeepVisualProteomics. Another major step forward with spatial omics and #AI. biorxiv.org/content/10.110… @labs_mann…
The @LeicaMicro team is ready to meet you at #AACR2024! We are presenting our #spatialbiology and #deepvisualproteomics solutions. Please stop by Booth 1910 to learn more! #CellDIVE #LaserMicrodissection #Aivia
As #proteomics expands into complex, low-input workflows, sensitivity and reproducibility are critical. Join next week’s webinar to see how Whisper Zoom for Evosep Eno delivers unmatched performance for #DeepVisualProteomics. Register: evosep.com/webinars/webin…
Discover how #deepvisualproteomics links tissue morphology to molecular phenotypes at scale. Join our Oct 23 webinar to explore tissue heterogeneity methods combining molecular profiling with spatial context. Register: evosep.com/webinars/webin…
#2: Using cell-type resolved #DeepVisualProteomics, we uncovered a gradual transformation from SBT to LGSC, via micropapillary tumors as a transition state—profiling up to 5,400 proteins from just ~200 cells per sample!
Explore how Deep Visual Proteomics is being used to study #ovariancancer progression using AI, laser microdissection & mass spectrometry. Join our webinar to learn! fcld.ly/t34ut47 🗓️ June 12, 2 PM SGT Presenters: Andreas Metousis & Shelly Azadi #DeepVisualProteomics
Scientists @labs_mann, at Pavel Strnad Lab @UniklinikAachen & at Alksander Krag Lab @OUHhospital have used spatial #DeepVisualProteomics to reveal how liver cells become sick in patients with the proteotoxic disease alpha-1 antitrypsin deficiency. #AATD @FLASH_OUH @Nature
Discover how Deep Visual Proteomics uses AI, laser microdissection, and mass spectrometry to advance disease understanding. Uncover spatial proteomics insights for impactful therapeutic discoveries. Learn more: fcld.ly/wue04zz #DeepVisualProteomics #SpatialProteomics
Explore AI-driven imaging and proteomics for single-cell insights. Discover how Deep Visual Proteomics retains spatial info, aiding cancer research and targets like JAK inhibition for TEN. Read more: fcld.ly/wue04zz #DeepVisualProteomics #SpatialProteomics
Nature Methods has chosen #SpatialProteomics as their Method of the Year! Harness IBEX & #DeepVisualProteomics to uncover protein organization in complex tissues. Elevate your research from cancer studies to global atlas projects. Learn more: rdcu.be/d3etj @Nature
Thrilled to see spatial proteomics as @NatureMethods Method of the Year 2024! As pioneers of Deep Visual Proteomics (DVP), we're excited to help map the spatial proteome at unprecedented depth #MethodOfTheYear #SpatialProteomics #DeepVisualProteomics
It was an absolute dream to help with this Method of the Year! SPATIAL PROTEOMICS gets a well-deserved spotlight! Thanks so much to all the authors who contributed their comments! @RongFan8 @BodenmillerLab @leeat_keren @labs_mann @DanielaQuail
"A new standard for understanding disease progression at the single-cell level in human tissue." Unraveling liver disease in Alpha1-antitrypsin deficiency with #DeepVisualProteomics. Another major step forward with spatial omics and #AI. biorxiv.org/content/10.110… @labs_mann…
The recent application of #DeepVisualProteomics in understanding Alpha-1 Antitrypsin Deficiency (AATD) is truly riveting. Your team's work on deciphering protein aggregation's role provides crucial insights for potential therapeutic approaches. What specific clinical implications…
3/7 With #DeepVisualProteomics at single-cell level, we tracked liver cells’ responses to AAT buildup – even before fibrosis. Capturing 3,800 proteins from half a cell, we gain insight into the stress cascade, allowing us to pinpoint early disease signs.
AATD affects thousands, causing liver & lung disease via protein aggregation. Our new preprint used #DeepVisualProteomics to study liver cells and reveals key AATD insights with clinical implications . Video and tweetorial @metaboflo #Alpha1Awareness bit.ly/4hzl64o
Exciting news! Our pioneering research in #SpatialMedicine, specifically #DVP for TEN, featured by Eric Topol. This work showcases AI's potential to transform patient care. Thank you, Eric! #DeepVisualProteomics #SpatialProteomics #SpatialMedicine
The Dawn of Spatial Medicine Until now, spatial omics was used to understand human biology. That changed when it saved lives of patients with a fatal skin condition. In the new Ground Truths, pioneering work by @labs_mann @NordmannThierry @MPI_Biochem and an international…
One patient, four organs, many insights: We applied Deep Visual Proteomics to track protein changes in Signet Ring Cell Carcinoma. This spatial analysis could pave the way for more targeted therapies in rare tumors #PrecisionOncology #DeepVisualProteomics doi.org/10.1101/2024.0…
Revolutionizing Cellular Analysis: Deep Visual Proteomics Integrates AI and Mass Spectrometry for Advanced Phenotyping itinai.com/revolutionizin… #DeepVisualProteomics #CellularPhenotyping #SingleCellAnalysis #MassSpectrometry #AIIntegration #ai #news #llm #ml #research #ainews …
The @LeicaMicro team is ready to meet you at #AACR2024! We are presenting our #spatialbiology and #deepvisualproteomics solutions. Please stop by Booth 1910 to learn more! #CellDIVE #LaserMicrodissection #Aivia
We're seeking passionate individuals to join our expanding team across four roles. If our mission resonates with you, consider applying : bit.ly/41BY3hR bit.ly/3H0wGEk bit.ly/3TELMHg bit.ly/3tmPB9x #DeepVisualProteomics
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Nine patients are diagnosed with an increased colorectal carcinoma (CRC) risk, but only three of them develop CRC. Here we used #DeepVisualProteomics to identify new markers to potentially support the diagnosis of CRC. Read more: medrxiv.org/content/10.110… #Proteomics #Oncology
Single-Cell #DeepVisualProteomics #scDVP LCM-Mass spec-#SpatialProteomics Cryosection 10 µm🐭Liver ➡️Single-Cell Shape ➡️250 pg protein 400 Hepatocyte+6 #EndothelialCell samples Exploring novel zonated pathways @metaboflo @labs_mann @naturemethods 2023 nature.com/articles/s4159…
One patient, four organs, many insights: We applied Deep Visual Proteomics to track protein changes in Signet Ring Cell Carcinoma. This spatial analysis could pave the way for more targeted therapies in rare tumors #PrecisionOncology #DeepVisualProteomics doi.org/10.1101/2024.0…
Researchers led by Matthias Mann have further developed #DeepVisualProteomics, to be able to analyze the #proteome of single-cells with their precise location on intact tissue ❕mpg.pulse.ly/rrq0tf9pa0 ❕nature.pulse.ly/13a4oy6x1y #paperalert @naturemethods @labs_mann @metaboflo
Wondering about the spatial #proteome of individual cells along gradients? We are releasing scDVP, single-cell #DeepVisualProteomics in intact tissue-context for the first time! Congrats @metaboflo and all! mpg.pulse.ly/rrq0tf9pa0 nature.pulse.ly/13a4oy6x1y
Two neighboring cells can be so different! Releasing scDVP - single-cell #DeepVisualProteomics for combined imaging and mass spectrometry-based proteomics in the intact tissue context. One cell at a time. nature.pulse.ly/13a4oy6x1y @naturemethods Here’s a summary! (1/n)
Discover how #deepvisualproteomics links tissue morphology to molecular phenotypes at scale. Join our Oct 23 webinar to explore tissue heterogeneity methods combining molecular profiling with spatial context. Register: evosep.com/webinars/webin…
#Deepvisualproteomics is redefining #Cancer #diagnostics deep visual proteomics (DVP) is an amalgamation of #ArtificialIntelligence (AI) for image analysis and #massspectrometry (MS)and it gets used for #proteomics #profiling of #biological samples. #openacess #peerreview
Explore how Deep Visual Proteomics is being used to study #ovariancancer progression using AI, laser microdissection & mass spectrometry. Join our webinar to learn! fcld.ly/t34ut47 🗓️ June 12, 2 PM SGT Presenters: Andreas Metousis & Shelly Azadi #DeepVisualProteomics
#2: Using cell-type resolved #DeepVisualProteomics, we uncovered a gradual transformation from SBT to LGSC, via micropapillary tumors as a transition state—profiling up to 5,400 proteins from just ~200 cells per sample!
Nature Methods has chosen #SpatialProteomics as their Method of the Year! Harness IBEX & #DeepVisualProteomics to uncover protein organization in complex tissues. Elevate your research from cancer studies to global atlas projects. Learn more: rdcu.be/d3etj @Nature
3/7 With #DeepVisualProteomics at single-cell level, we tracked liver cells’ responses to AAT buildup – even before fibrosis. Capturing 3,800 proteins from half a cell, we gain insight into the stress cascade, allowing us to pinpoint early disease signs.
Explore AI-driven imaging and proteomics for single-cell insights. Discover how Deep Visual Proteomics retains spatial info, aiding cancer research and targets like JAK inhibition for TEN. Read more: fcld.ly/wue04zz #DeepVisualProteomics #SpatialProteomics
Discover how Deep Visual Proteomics uses AI, laser microdissection, and mass spectrometry to advance disease understanding. Uncover spatial proteomics insights for impactful therapeutic discoveries. Learn more: fcld.ly/wue04zz #DeepVisualProteomics #SpatialProteomics
As #proteomics expands into complex, low-input workflows, sensitivity and reproducibility are critical. Join next week’s webinar to see how Whisper Zoom for Evosep Eno delivers unmatched performance for #DeepVisualProteomics. Register: evosep.com/webinars/webin…
Prof. @Prof_Lundberg sharing the realm of deep visual proteomics, multiplexed protein imaging and multi-scale proteome modelling at @SCP_meeting #singlecellproteomics #deepvisualproteomics #AI #machinelearning
The @LeicaMicro team is ready to meet you at #AACR2024! We are presenting our #spatialbiology and #deepvisualproteomics solutions. Please stop by Booth 1910 to learn more! #CellDIVE #LaserMicrodissection #Aivia
"A new standard for understanding disease progression at the single-cell level in human tissue." Unraveling liver disease in Alpha1-antitrypsin deficiency with #DeepVisualProteomics. Another major step forward with spatial omics and #AI. biorxiv.org/content/10.110… @labs_mann…
#DeepVisualProteomics is allowing researchers to characterize #thousandsofproteins from #singlecell types while preserving #spatialinformation #Opportunity to share your research expertise at #HUMANDISEASES2023 scheduled on JUNE 08-09 | Spain, Valencia #SpeakerSlotsAvailable
Revolutionizing Cellular Analysis: Deep Visual Proteomics Integrates AI and Mass Spectrometry for Advanced Phenotyping itinai.com/revolutionizin… #DeepVisualProteomics #CellularPhenotyping #SingleCellAnalysis #MassSpectrometry #AIIntegration #ai #news #llm #ml #research #ainews …
Building on the powerful #DeepVisualProteomics workflow, we now isolate single hepatocyte shapes one at a time from frozen mouse liver sections. One shape is one third to one half of a sliced hepatocyte in volume, or ~250pg protein mass. (2/n)
Two neighboring cells can be so different! Releasing scDVP - single-cell #DeepVisualProteomics for combined imaging and mass spectrometry-based proteomics in the intact tissue context. One cell at a time. nature.pulse.ly/13a4oy6x1y @naturemethods Here’s a summary! (1/n)
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