Thanks again! Your own work in this area has been inspirational: https://t.co/FUSPcTKcpX
RT @larsgjaerde: It was a pleasure to talk to @oscarbruck about his research on leveraging #hemepath data for #MDSsm classification & progn…
It was a pleasure to talk to @oscarbruck about his research on leveraging #hemepath data for #MDSsm classification & prognosis and the potentials and pitfalls of using #MachineLearning algorithms in clinical practice. Link to paper (open access) here:
RT @PaperbirdsM: New article: Machine Learning of Bone Marrow Histopathology Identifies Genetic and Clinical Determinants in Patients with…
Machine Learning of Bone Marrow Histopathology Identifies Genetic and Clinical Determinants in Patients with MDS https://t.co/czElxPBbaA
Machine Learning of Bone Marrow Histopathology Identifies Genetic and Clinical Determinants in Patients with MDS #HelsinkiHealth #tutkimus #tiede https://t.co/feQAYj2nob
New article: Machine Learning of Bone Marrow Histopathology Identifies Genetic and Clinical Determinants in Patients with MDS https://t.co/hf90Y78NWd #MDS #mdssm #hematology https://t.co/Em5pkjR7lL
Machine Learning of Bone Marrow Histopathology Identifies Genetic and Clinical Determinants in Patients with MDS #HelsinkiHealth #tutkimus #tiede https://t.co/feQAYj2nob
Machine Learning of Bone Marrow Histopathology Identifies Genetic and Clinical Determinants in Patients with MDS https://t.co/gR3m56GVmp
New article: Machine Learning of Bone Marrow Histopathology Identifies Genetic and Clinical Determinants in Patients with MDS https://t.co/IbtunKEoLR #MDS #mdssm #hematology https://t.co/2cMWvh1VwG
Attending #myeloidneoplasm session at #HMSRC21? Catch up on the latest discoveries published in Blood Cancer Discovery. https://t.co/tEHMeOTJz5 #MPNsm #MDSsm https://t.co/pidcRkdpU5
Machine Learning of Bone Marrow Histopathology Identifies Genetic and Clinical Determinants in Patients with MDS #HelsinkiHealth #tutkimus #tiede https://t.co/feQAYj2nob
RT @TerkkoLib: Machine Learning of Bone Marrow Histopathology Identifies Genetic and Clinical Determinants in Patients with MDS #HelsinkiHe…
Machine Learning of Bone Marrow Histopathology Identifies Genetic and Clinical Determinants in Patients with MDS #HelsinkiHealth #tutkimus #tiede https://t.co/feQAYj2nob
RT @MlOncology: Machine Learning of Bone Marrow Histopathology Identifies Genetic and Clinical Determinants in Patients with MDS https://t.…
Machine Learning of Bone Marrow Histopathology Identifies Genetic and Clinical Determinants in Patients with MDS https://t.co/Zt2cS770f2
New article: Machine Learning of Bone Marrow Histopathology Identifies Genetic and Clinical Determinants in Patients with MDS https://t.co/sSHMLARx75 #MDS #mdssm #hematology https://t.co/bpWmV27AYy
#ICYMI: Machine learning unlocks tissue morphology features reflecting genetics and clinical #myelodysplastic syndrome characteristics. https://t.co/pXY29lhWNu @hruh_research @oscarbruck @helsinkiuni @HUS_fi #hemepath https://t.co/7nw1kiFyrA
RT @BCD_AACR: #ICYMI: Machine learning unlocks tissue morphology features reflecting genetics and clinical #myelodysplastic syndrome charac…
RT @BCD_AACR: #ICYMI: Machine learning unlocks tissue morphology features reflecting genetics and clinical #myelodysplastic syndrome charac…
#ICYMI: Machine learning unlocks tissue morphology features reflecting genetics and clinical #myelodysplastic syndrome characteristics. @hruh_research @oscarbruck @helsinkiuni @HUS_fi #hemepath https://t.co/qgUQTgVOdF https://t.co/DSLNeMHhCl
RT @BCD_AACR: #ICYMI: Machine learning unlocks tissue morphology features reflecting genetics and clinical #myelodysplastic syndrome charac…
RT @BCD_AACR: #ICYMI: Machine learning unlocks tissue morphology features reflecting genetics and clinical #myelodysplastic syndrome charac…
#ICYMI: Machine learning unlocks tissue morphology features reflecting genetics and clinical #myelodysplastic syndrome characteristics. @hruh_research @oscarbruck @helsinkiuni @HUS_fi #hemepath https://t.co/5UVo6EUrbv https://t.co/vcDUIUKwuq
RT @BCD_AACR: From the May issue: Machine learning unlocks tissue morphology features reflecting genetics and clinical #myelodysplastic syn…
RT @BCD_AACR: From the May issue: Machine learning unlocks tissue morphology features reflecting genetics and clinical #myelodysplastic syn…
RT @BCD_AACR: From the May issue: Machine learning unlocks tissue morphology features reflecting genetics and clinical #myelodysplastic syn…
RT @BCD_AACR: From the May issue: Machine learning unlocks tissue morphology features reflecting genetics and clinical #myelodysplastic syn…
RT @BCD_AACR: From the May issue: Machine learning unlocks tissue morphology features reflecting genetics and clinical #myelodysplastic syn…
From the May issue: Machine learning unlocks tissue morphology features reflecting genetics and clinical #myelodysplastic syndrome characteristics. @hruh_research @oscarbruck @helsinkiuni @HUS_fi #hemepath https://t.co/ghyxrBjRpq https://t.co/fdUobyFQ8L
RT @BCD_AACR: #OnlineFirst: Machine learning unlocks tissue morphology features reflecting genetics and clinical #myelodysplastic syndrome…
RT @BCD_AACR: #OnlineFirst: Machine learning unlocks tissue morphology features reflecting genetics and clinical #myelodysplastic syndrome…
RT @BCD_AACR: #OnlineFirst: Machine learning unlocks tissue morphology features reflecting genetics and clinical #myelodysplastic syndrome…
RT @BCD_AACR: #OnlineFirst: Machine learning unlocks tissue morphology features reflecting genetics and clinical #myelodysplastic syndrome…
RT @BCD_AACR: #OnlineFirst: Machine learning unlocks tissue morphology features reflecting genetics and clinical #myelodysplastic syndrome…
#OnlineFirst: Machine learning unlocks tissue morphology features reflecting genetics and clinical #myelodysplastic syndrome characteristics: @hruh_research @oscarbruck @helsinkiuni @HUS_fi #hemepath https://t.co/A6PWMNeUlF https://t.co/PoLzfbPjd9
RT @_TanyaBondar_: What can eye of AI help us see in the marrow…
What can eye of AI help us see in the marrow H&E? A lot of things, it turns out! Including patient age and gender, #myelodysplastic syndrome subtype, and even specific gene
RT @oscarbruck: Happy to share that our study on the application of computational histopathology on H&E stained bone marrow biopsies has be…
RT @BCD_AACR: #OnlineFirst: #MachineLearning unlocks tissue morphology features reflecting genetics and clinical #myelodysplastic syndrome…
RT @oscarbruck: Happy to share that our study on the application of computational histopathology on H&E stained bone marrow biopsies has be…
RT @kporkka: Fantastic work by @oscarbruck
Fantastic work by @oscarbruck
RT @oscarbruck: Happy to share that our study on the application of computational histopathology on H&E stained bone marrow biopsies has be…
RT @oscarbruck: Happy to share that our study on the application of computational histopathology on H&E stained bone marrow biopsies has be…
RT @oscarbruck: Happy to share that our study on the application of computational histopathology on H&E stained bone marrow biopsies has be…
RT @oscarbruck: Happy to share that our study on the application of computational histopathology on H&E stained bone marrow biopsies has be…
RT @oscarbruck: Happy to share that our study on the application of computational histopathology on H&E stained bone marrow biopsies has be…
RT @oscarbruck: Happy to share that our study on the application of computational histopathology on H&E stained bone marrow biopsies has be…
RT @oscarbruck: Happy to share that our study on the application of computational histopathology on H&E stained bone marrow biopsies has be…
RT @oscarbruck: Happy to share that our study on the application of computational histopathology on H&E stained bone marrow biopsies has be…
RT @oscarbruck: Happy to share that our study on the application of computational histopathology on H&E stained bone marrow biopsies has be…
RT @oscarbruck: Happy to share that our study on the application of computational histopathology on H&E stained bone marrow biopsies has be…
RT @BCD_AACR: #OnlineFirst: #MachineLearning unlocks tissue morphology features reflecting genetics and clinical #myelodysplastic syndrome…
RT @oscarbruck: Happy to share that our study on the application of computational histopathology on H&E stained bone marrow biopsies has be…
RT @BCD_AACR: #OnlineFirst: #MachineLearning unlocks tissue morphology features reflecting genetics and clinical #myelodysplastic syndrome…
RT @_TanyaBondar_: #OnlineFirst in @BCD_AACR: #MachineLearning unlocks tissue morphology features reflecting genetics and clinical #myelody…
RT @oscarbruck: Happy to share that our study on the application of computational histopathology on H&E stained bone marrow biopsies has been published in @BCD! Article https://t.co/JzbmbRoRGn Newsletter https://t.co/0zBxWC9i2w Commentary … https://t.
RT @_TanyaBondar_: #OnlineFirst in @BCD_AACR: #MachineLearning unlocks tissue morphology features reflecting genetics and clinical #myelody…
RT @BCD_AACR: #OnlineFirst: #MachineLearning unlocks tissue morphology features reflecting genetics and clinical #myelodysplastic syndrome…
RT @_TanyaBondar_: #OnlineFirst in @BCD_AACR: #MachineLearning unlocks tissue morphology features reflecting genetics and clinical #myelody…
#OnlineFirst in @BCD_AACR: #MachineLearning unlocks tissue morphology features reflecting genetics and clinical #myelodysplastic syndrome characteristics: https://t.co/BDRfLywAFf @hruh_research @oscarbruck @helsinkiuni Read the Spotlight: https://t.co/
RT @BCD_AACR: #OnlineFirst: #MachineLearning unlocks tissue morphology features reflecting genetics and clinical #myelodysplastic syndrome…
#OnlineFirst: #MachineLearning unlocks tissue morphology features reflecting genetics and clinical #myelodysplastic syndrome characteristics. @hruh_research @oscarbruck @helsinkiuni https://t.co/qhi11O4svI Read the Spotlight: https://t.co/wTMAFRmulB @
RT @oscarbruck: Happy to share that our study on the application of computational histopathology on H&E stained bone marrow biopsies has be…
RT @oscarbruck: Happy to share that our study on the application of computational histopathology on H&E stained bone marrow biopsies has be…
Congratulations to @oscarbruck for new paper related to machine learning and tissue morphology in MDS, please see more at @BCD_AACR
RT @oscarbruck: Happy to share that our study on the application of computational histopathology on H&E stained bone marrow biopsies has be…
RT @oscarbruck: Happy to share that our study on the application of computational histopathology on H&E stained bone marrow biopsies has be…
RT @oscarbruck: Happy to share that our study on the application of computational histopathology on H&E stained bone marrow biopsies has be…
Happy to share that our study on the application of computational histopathology on H&E stained bone marrow biopsies has been published in @BCD! Article https://t.co/BIZaaN2QOX Newsletter https://t.co/LMtaHOrbHe Commentary https://t.co/H6hZlra0PF Thr