RT @ivybelkins: This underlines why it is so critically important for @EGFRResisters who progress on osimertinib to get repeat biopsies and…
RT @geoff_oxnard: Agreed! Fusions in RET, ALK, BRAF, FGFR all appear targetable in EGFR resistance @EGFRResisters, are a key component to r…
RT @geoff_oxnard: Agreed! Fusions in RET, ALK, BRAF, FGFR all appear targetable in EGFR resistance @EGFRResisters, are a key component to r…
RT @geoff_oxnard: Agreed! Fusions in RET, ALK, BRAF, FGFR all appear targetable in EGFR resistance @EGFRResisters, are a key component to r…
RT @geoff_oxnard: Agreed! Fusions in RET, ALK, BRAF, FGFR all appear targetable in EGFR resistance @EGFRResisters, are a key component to r…
RT @ivybelkins: This underlines why it is so critically important for @EGFRResisters who progress on osimertinib to get repeat biopsies and…
RT @geoff_oxnard: Agreed! Fusions in RET, ALK, BRAF, FGFR all appear targetable in EGFR resistance @EGFRResisters, are a key component to r…
RT @geoff_oxnard: Agreed! Fusions in RET, ALK, BRAF, FGFR all appear targetable in EGFR resistance @EGFRResisters, are a key component to r…
RT @geoff_oxnard: Agreed! Fusions in RET, ALK, BRAF, FGFR all appear targetable in EGFR resistance @EGFRResisters, are a key component to r…
RT @geoff_oxnard: Agreed! Fusions in RET, ALK, BRAF, FGFR all appear targetable in EGFR resistance @EGFRResisters, are a key component to r…
RT @geoff_oxnard: Agreed! Fusions in RET, ALK, BRAF, FGFR all appear targetable in EGFR resistance @EGFRResisters, are a key component to r…
RT @ivybelkins: This underlines why it is so critically important for @EGFRResisters who progress on osimertinib to get repeat biopsies and…
RT @ivybelkins: This underlines why it is so critically important for @EGFRResisters who progress on osimertinib to get repeat biopsies and…
RT @geoff_oxnard: Agreed! Fusions in RET, ALK, BRAF, FGFR all appear targetable in EGFR resistance @EGFRResisters, are a key component to r…
This underlines why it is so critically important for @EGFRResisters who progress on osimertinib to get repeat biopsies and biomarker testing. Ask to make sure your testing will uncover fusions that may be resistance mechanisms! #lcsm #EGFR #lungcancer
Agreed! Fusions in RET, ALK, BRAF, FGFR all appear targetable in EGFR resistance @EGFRResisters, are a key component to resistance profiling, and should be detectable with an appropriately designed LBx: https://t.co/usnGP5cMQ0
Exciting to see this path forward. Hey @JLimMD let's target BRAF fusions! Seeing these more and more, even in ctDNA. More data to come at ASCO GU w @montypal @neerajaiims @EAntonarakis! https://t.co/46CeUuRGqJ
RT @SewantiLimaye: Targetable kinase fusions are identified in ctDNA across cancer types. In pairs with tissue-identified fusions, fusion d…
RT @SewantiLimaye: Targetable kinase fusions are identified in ctDNA across cancer types. In pairs with tissue-identified fusions, fusion d…
RT @SewantiLimaye: Targetable kinase fusions are identified in ctDNA across cancer types. In pairs with tissue-identified fusions, fusion d…
Targetable kinase fusions are identified in ctDNA across cancer types. In pairs with tissue-identified fusions, fusion detection in ctDNA is reliable with elevated ctDNA fraction.
RT @AndresFCardonaZ: The Pan-Tumor Landscape of Targetable Kinase Fusions in Circulating Tumor DNA https://t.co/XbACsOYLOX
The Pan-Tumor Landscape of Targetable Kinase Fusions in Circulating Tumor DNA https://t.co/XbACsOYLOX
RT @geoff_oxnard: Another report showing ~30% failure rate of RNAseq in NSCLC. Highlights the role of well designed hybrid capture DNAseq f…
RT @geoff_oxnard: Another report showing ~30% failure rate of RNAseq in NSCLC. Highlights the role of well designed hybrid capture DNAseq f…
RT @geoff_oxnard: Another report showing ~30% failure rate of RNAseq in NSCLC. Highlights the role of well designed hybrid capture DNAseq f…
RT @geoff_oxnard: Another report showing ~30% failure rate of RNAseq in NSCLC. Highlights the role of well designed hybrid capture DNAseq f…
RT @geoff_oxnard: Another report showing ~30% failure rate of RNAseq in NSCLC. Highlights the role of well designed hybrid capture DNAseq f…
RT @geoff_oxnard: Another report showing ~30% failure rate of RNAseq in NSCLC. Highlights the role of well designed hybrid capture DNAseq f…
RT @geoff_oxnard: Another report showing ~30% failure rate of RNAseq in NSCLC. Highlights the role of well designed hybrid capture DNAseq f…
Another report showing ~30% failure rate of RNAseq in NSCLC. Highlights the role of well designed hybrid capture DNAseq for reliable detection of diverse fusions and partners across tissue and ctDNA. https://t.co/usnGP5unHy
RT @geoff_oxnard: The goal is for TF to identify a high shed state where we can have a confident neg LBx result (high NPV). Requires (1) an…
RT @geoff_oxnard: The goal is for TF to identify a high shed state where we can have a confident neg LBx result (high NPV). Requires (1) an…
RT @geoff_oxnard: The goal is for TF to identify a high shed state where we can have a confident neg LBx result (high NPV). Requires (1) an…
RT @geoff_oxnard: The goal is for TF to identify a high shed state where we can have a confident neg LBx result (high NPV). Requires (1) an…
The goal is for TF to identify a high shed state where we can have a confident neg LBx result (high NPV). Requires (1) an accurate TF estimation and (2) reliable sensitivity w elevated TF. Reliable fusion sensitivity is key: https://t.co/usnGP5dkFy https:/
RT @geoff_oxnard: @DanaFarber @jberchuck BTW was just looking at our previously published FGFR2 fusion liquid biopsy data in @CCR_AACR. See…
@DanaFarber @jberchuck BTW was just looking at our previously published FGFR2 fusion liquid biopsy data in @CCR_AACR. Seems like we see a fair diversity of fusions partners, mostly non-BICC1 FGFR2 fusions: https://t.co/usnGP5dkFy https://t.co/Xk2T7BB3Uy
RT @mtmdphd: The Pan-Tumor Landscape of Targetable Kinase Fusions in Circulating Tumor DNA [Jan 10, 2022] Lee et al. @geoff_oxnard @Foundat…
RT @mtmdphd: The Pan-Tumor Landscape of Targetable Kinase Fusions in Circulating Tumor DNA [Jan 10, 2022] Lee et al. @geoff_oxnard @Foundat…
RT @mtmdphd: The Pan-Tumor Landscape of Targetable Kinase Fusions in Circulating Tumor DNA [Jan 10, 2022] Lee et al. @geoff_oxnard @Foundat…
RT @mtmdphd: The Pan-Tumor Landscape of Targetable Kinase Fusions in Circulating Tumor DNA [Jan 10, 2022] Lee et al. @geoff_oxnard @Foundat…
RT @mtmdphd: The Pan-Tumor Landscape of Targetable Kinase Fusions in Circulating Tumor DNA [Jan 10, 2022] Lee et al. @geoff_oxnard @Foundat…
The Pan-Tumor Landscape of Targetable Kinase Fusions in Circulating Tumor DNA [Jan 10, 2022] Lee et al. @geoff_oxnard @FoundationATCG @CCR_AACR https://t.co/grnEvyPtkg #PrecisionMedicine #ctDNA HT @ADesaiMD https://t.co/tdzfMj9EUt
RT @BenWestphalen: Liquid biopsy #researchpaper in @CCR_AACR Almost 37K samples analysed; focus on targetable fusions; 88% ctDNA✅ - 1,8%…
RT @BenWestphalen: Liquid biopsy #researchpaper in @CCR_AACR Almost 37K samples analysed; focus on targetable fusions; 88% ctDNA✅ - 1,8%…
RT @mtmdphd: The Pan-Tumor Landscape of Targetable Kinase Fusions in Circulating Tumor DNA [Jan 10, 2022] Lee et al. @geoff_oxnard @Founda…
RT @mtmdphd: The Pan-Tumor Landscape of Targetable Kinase Fusions in Circulating Tumor DNA [Jan 10, 2022] Lee et al. @geoff_oxnard @Founda…
The Pan-Tumor Landscape of Targetable Kinase Fusions in Circulating Tumor DNA [Jan 10, 2022] Lee et al. @geoff_oxnard @FoundationATCG @CCR_AACR https://t.co/grnEvyOVuI #PrecisionMedicine #ctDNA HT @ADesaiMD
RT @BenWestphalen: Liquid biopsy #researchpaper in @CCR_AACR Almost 37K samples analysed; focus on targetable fusions; 88% ctDNA✅ - 1,8%…
RT @BenWestphalen: Liquid biopsy #researchpaper in @CCR_AACR Almost 37K samples analysed; focus on targetable fusions; 88% ctDNA✅ - 1,8%…
RT @BenWestphalen: Liquid biopsy #researchpaper in @CCR_AACR Almost 37K samples analysed; focus on targetable fusions; 88% ctDNA✅ - 1,8%…
RT @BenWestphalen: Liquid biopsy #researchpaper in @CCR_AACR Almost 37K samples analysed; focus on targetable fusions; 88% ctDNA✅ - 1,8%…
RT @BenWestphalen: Liquid biopsy #researchpaper in @CCR_AACR Almost 37K samples analysed; focus on targetable fusions; 88% ctDNA✅ - 1,8%…
RT @BenWestphalen: Liquid biopsy #researchpaper in @CCR_AACR Almost 37K samples analysed; focus on targetable fusions; 88% ctDNA✅ - 1,8%…
RT @BenWestphalen: Liquid biopsy #researchpaper in @CCR_AACR Almost 37K samples analysed; focus on targetable fusions; 88% ctDNA✅ - 1,8%…
Liquid biopsy #researchpaper in @CCR_AACR Almost 37K samples analysed; focus on targetable fusions; 88% ctDNA✅ - 1,8% w fusions; most frequent in cholangiocarcinoma, bladder & lung #cancer. @OncoAlert 🚨#PrecisionMedicine Check out the #OpenAccess
RT @mtmdphd: The Pan-Tumor Landscape of Targetable Kinase Fusions in Circulating Tumor DNA [Jan 10, 2022] Lee et al. @geoff_oxnard @Foundat…
RT @mtmdphd: The Pan-Tumor Landscape of Targetable Kinase Fusions in Circulating Tumor DNA [Jan 10, 2022] Lee et al. @geoff_oxnard @Foundat…
RT @mtmdphd: The Pan-Tumor Landscape of Targetable Kinase Fusions in Circulating Tumor DNA [Jan 10, 2022] Lee et al. @geoff_oxnard @Foundat…
RT @mtmdphd: The Pan-Tumor Landscape of Targetable Kinase Fusions in Circulating Tumor DNA [Jan 10, 2022] Lee et al. @geoff_oxnard @Foundat…
RT @mtmdphd: The Pan-Tumor Landscape of Targetable Kinase Fusions in Circulating Tumor DNA [Jan 10, 2022] Lee et al. @geoff_oxnard @Foundat…
RT @mtmdphd: The Pan-Tumor Landscape of Targetable Kinase Fusions in Circulating Tumor DNA [Jan 10, 2022] Lee et al. @geoff_oxnard @Foundat…
RT @mtmdphd: The Pan-Tumor Landscape of Targetable Kinase Fusions in Circulating Tumor DNA [Jan 10, 2022] Lee et al. @geoff_oxnard @Foundat…
RT @mtmdphd: The Pan-Tumor Landscape of Targetable Kinase Fusions in Circulating Tumor DNA [Jan 10, 2022] Lee et al. @geoff_oxnard @Foundat…
RT @mtmdphd: The Pan-Tumor Landscape of Targetable Kinase Fusions in Circulating Tumor DNA [Jan 10, 2022] Lee et al. @geoff_oxnard @Foundat…
RT @mtmdphd: The Pan-Tumor Landscape of Targetable Kinase Fusions in Circulating Tumor DNA [Jan 10, 2022] Lee et al. @geoff_oxnard @Foundat…
RT @mtmdphd: The Pan-Tumor Landscape of Targetable Kinase Fusions in Circulating Tumor DNA [Jan 10, 2022] Lee et al. @geoff_oxnard @Foundat…
The Pan-Tumor Landscape of Targetable Kinase Fusions in Circulating Tumor DNA [Jan 10, 2022] Lee et al. @geoff_oxnard @FoundationATCG @CCR_AACR https://t.co/grnEvyOVuI #PrecisionMedicine #ctDNA HT @ADesaiMD https://t.co/8qMzYcsfPj
The Pan-Tumor Landscape of Targetable Kinase Fusions in Circulating Tumor DNA https://t.co/yF4L28KCeL
RT @FoundationATCG: New research in @CCR_AACR shows our liquid biopsy test provides pan-tumor detection of kinase fusions in ctDNA, which a…
RT @FoundationATCG: New research in @CCR_AACR shows our liquid biopsy test provides pan-tumor detection of kinase fusions in ctDNA, which a…
RT @FoundationATCG: New research in @CCR_AACR shows our liquid biopsy test provides pan-tumor detection of kinase fusions in ctDNA, which a…
RT @FoundationATCG: New research in @CCR_AACR shows our liquid biopsy test provides pan-tumor detection of kinase fusions in ctDNA, which a…
RT @FoundationATCG: New research in @CCR_AACR shows our liquid biopsy test provides pan-tumor detection of kinase fusions in ctDNA, which a…
RT @FoundationATCG: New research in @CCR_AACR shows our liquid biopsy test provides pan-tumor detection of kinase fusions in ctDNA, which a…
New research in @CCR_AACR shows our liquid biopsy test provides pan-tumor detection of kinase fusions in ctDNA, which are historically challenging to uncover using liquid biopsy. Read more: https://t.co/9LgdpjmRZC https://t.co/MiP9UsobdO
RT @jsoriamd: #Liquidbiopsies can detect mutations but not always kinase fusions. This manuscript describes the pan-tumor landscape of tar…
@lgreco_ny @oncologician @StephenVLiu Agree rare can be hard to quantify. Fortunately HIP1-ALK is a recurring fusion that can be detected with comprehensive DNA assays, both tissue and liquid. Some cases in Supp Figure 3 in our recent ctDNA fusion paper: h
RT @jsoriamd: #Liquidbiopsies can detect mutations but not always kinase fusions. This manuscript describes the pan-tumor landscape of tar…
RT @geoff_oxnard: So excited to publish w @FoundationATCG on 'The pan-tumor landscape of targetable kinase fusions in ctDNA' in @CCR_AACR:…
RT @jsoriamd: #Liquidbiopsies can detect mutations but not always kinase fusions. This manuscript describes the pan-tumor landscape of tar…
RT @jsoriamd: #Liquidbiopsies can detect mutations but not always kinase fusions. This manuscript describes the pan-tumor landscape of tar…
RT @jsoriamd: #Liquidbiopsies can detect mutations but not always kinase fusions. This manuscript describes the pan-tumor landscape of tar…
RT @jsoriamd: #Liquidbiopsies can detect mutations but not always kinase fusions. This manuscript describes the pan-tumor landscape of tar…
RT @jsoriamd: #Liquidbiopsies can detect mutations but not always kinase fusions. This manuscript describes the pan-tumor landscape of tar…
RT @jsoriamd: #Liquidbiopsies can detect mutations but not always kinase fusions. This manuscript describes the pan-tumor landscape of tar…
RT @jsoriamd: #Liquidbiopsies can detect mutations but not always kinase fusions. This manuscript describes the pan-tumor landscape of tar…
RT @RUT_hhshark: 読む 癌腫横断3万例以上におけるctDNAによる融合遺伝子の検出 /Clinical Cancer Research https://t.co/I3tXFqashb 36916例:F1 Liquid実施 32492例:ctDNA検出 517例…
RT @jsoriamd: #Liquidbiopsies can detect mutations but not always kinase fusions. This manuscript describes the pan-tumor landscape of tar…
RT @jsoriamd: #Liquidbiopsies can detect mutations but not always kinase fusions. This manuscript describes the pan-tumor landscape of tar…
RT @AriellaHanker: Don't ignore the fusions! Rare in #breastcancer but potentially targetable! Favorites including #ERBB2, #FGFR1/2/3. #Pre…
RT @geoff_oxnard: So excited to publish w @FoundationATCG on 'The pan-tumor landscape of targetable kinase fusions in ctDNA' in @CCR_AACR:…
RT @geoff_oxnard: So excited to publish w @FoundationATCG on 'The pan-tumor landscape of targetable kinase fusions in ctDNA' in @CCR_AACR:…
RT @jsoriamd: #Liquidbiopsies can detect mutations but not always kinase fusions. This manuscript describes the pan-tumor landscape of tar…
RT @jsoriamd: #Liquidbiopsies can detect mutations but not always kinase fusions. This manuscript describes the pan-tumor landscape of tar…
RT @jsoriamd: #Liquidbiopsies can detect mutations but not always kinase fusions. This manuscript describes the pan-tumor landscape of tar…
RT @RUT_hhshark: 読む 癌腫横断3万例以上におけるctDNAによる融合遺伝子の検出 /Clinical Cancer Research https://t.co/I3tXFqashb 36916例:F1 Liquid実施 32492例:ctDNA検出 517例…
RT @RUT_hhshark: 読む 癌腫横断3万例以上におけるctDNAによる融合遺伝子の検出 /Clinical Cancer Research https://t.co/I3tXFqashb 36916例:F1 Liquid実施 32492例:ctDNA検出 517例…
RT @RUT_hhshark: 読む 癌腫横断3万例以上におけるctDNAによる融合遺伝子の検出 /Clinical Cancer Research https://t.co/I3tXFqashb 36916例:F1 Liquid実施 32492例:ctDNA検出 517例…