Swanton Lab@SwantonLab
Swanton Lab
RT @Cancer_Cell: Online Now: Subclonal immune evasion in non-small cell lung cancer
029012.7K
Swanton Lab
@SwantonLab
The Cancer Evolution and Genome Instability Lab is led by @CharlesSwanton and is based @TheCrick and @uclcancer.
126 Siguiendo3.5K Seguidores186 Publicaciones
- Swanton Lab@SwantonLabSwanton LabRT @robhynds: Excited to share our new paper with Sheila's lab: we performed an in vivo genome-wide CRISPRa screen using a lung TRACERx PDX model to uncover drivers of brain metastasis. BACE1 emerged as a key hit - especially interesting given ongoing therapeutic efforts in Alzheimer’s.Sheila Singh Brain Tumour Lab @sheilasinghlabNew publication! A genome-wide in vivo CRISPR activation screen identifies BACE1 as a therapeutic vulnerability of lung cancer brain metastasis | Science Translational Medicine @ScienceTM0301.5K
Sheila Singh Brain Tumour Lab@sheilasinghlabNew publication! A genome-wide in vivo CRISPR activation screen identifies BACE1 as a therapeutic vulnerability of lung cancer brain metastasis | Science Translational Medicine @ScienceTM24313.2K- Swanton Lab@SwantonLabSwanton LabRT @jsoriamd: CHIP is a common, age-related condition where mutated blood stem cells expand without causing blood disorders. CHIP raises the risk of hematological malignancies, chronic inflammatory diseases (like heart & lung disease), & lung cancer. This manuscript shows that CHIP somatic clones in blood—especially TET2 mutant ones—migrate into tumors, reshape immunity, drive progression, and promote recurrence. The ability of a somatic clonal expansion in the hematopoietic compartment, to regulate malignant progression in another tissue represents a new perspective in cancer biology. #CHIP #LCMS #cancer #biology #AACR25043012.6K
- Swanton Lab@SwantonLabSwanton LabRT @robhynds: Great to see this collaborative paper out @NatureComms. @TimWitney's team developed a PET radiotracer that distinguishes high/low NRF2 antioxidant pathway activation, including in our @CRUKLungCentre PDX models. Congrats @hgreenwood93 and team! 👏0601
- Swanton Lab@SwantonLabSwanton LabRT @ZaccaSimo: 🚨So proud to present the first study from our @CCG_UCL group together with @CharlesSwanton @NnennayaKanu and led by @ojlucas with key collaboration @Ward__Sophie and fundamental support @Rija_Zaidi_ @abi_bunkum & many others Out in @NatureGenet 👇 🧵👇039026.1K
- Swanton Lab@SwantonLabSwanton LabRT @robhynds: Our TRACERx non-small cell lung cancer (NSCLC) patient-derived-xenograft (PDX) models are now available through 🎉 A big thank you to Dave Pearce and the incredible @CRUKLungCentre team who have made this possible!CRUK Lung Centre @CRUKLungCentreWe’re excited to share that our TRACERx NSCLC patient-derived xenograft models are now available to the research community through @CancerToolsOrg 🥳 [0602.9K
CRUK Lung Centre@CRUKLungCentreWe’re excited to share that our TRACERx NSCLC patient-derived xenograft models are now available to the research community through @CancerToolsOrg 🥳 [1174.1K- Swanton Lab@SwantonLabSwanton LabRT @crispinhiley: Is Osimertinib over? Not at all IMO. We just need to think more deeply about patient selection. I’ll point (again) to our recent paper looking at Genome Doubling and TP53 in EGFR positive NSCLC with @swantonlab0101.1K
- Swanton Lab@SwantonLabSwanton LabRT @CharlesSwanton: Today our study of the association between replication timing alterations and mutation acquisition during cancer evolution has been published in @NatureComms073029.3K
- Swanton Lab@SwantonLabSwanton LabRT @CharlesSwanton: Why do some patients benefit less than others from precision cancer medicine? We are excited to share our paper "Mixed responses to targeted therapy driven by chromosomal instability through p53 dysfunction and genome doubling” out in @NatureComms. 🧵0167081.6K
- Swanton Lab@SwantonLabSwanton LabRT @CharlesSwanton: Patient-derived xenograft (PDX) models allow cancer researchers to study tumour tissue from patients in mice. Our @CRUKLungCentre paper @NatureComms describes 48 new PDX models and highlights the importance of intratumor heterogeneity in the development of cancer models (1/9)067049.2K
- Swanton Lab@SwantonLabComment: Capturing heterogeneity in PDX models: representation matters08112.7K
- Swanton Lab@SwantonLabSwanton LabRT @santi14borrego: This study highlights the importance of considering primary tumor heterogeneity when using PDX models and emphasizes the benefit of comprehensive tumor sampling0301.2K
- Swanton Lab@SwantonLabSwanton LabRT @jrm_black: New review out in @trendscancer from Chris Abbosh and @CharlesSwanton. Excellent summary of latest evidence & use case for ctDNA in NSCLC at diagnosis/landmark timepoints to help with staging and decisions around adjuvant treatment - worth reading #LCSM0603.5K
- Swanton Lab@SwantonLabSwanton LabRT @uclcancer: Patient-derived xenograft (PDX) models are widely used and valuable tools in #CancerResearch. But there are limitations to how well these models can represent the genetic complexity of patient tumours @robhynds @SwantonLab @CRUKresearch @TheCrick @uclnews0601.8K
- Swanton Lab@SwantonLabSwanton LabRT @robhynds: My @SwantonLab postdoc paper is now out @NatureComms. It was a huge privilege to work with the TRACERx team. Thanks to @AMIHuebner and Dave Pearce, as well as everyone else @uclcancer, @TheCrick and @CRUK_MI who made this happen.Charles Swanton @CharlesSwantonPatient-derived xenograft (PDX) models allow cancer researchers to study tumour tissue from patients in mice. Our @CRUKLungCentre paper @NatureComms describes 48 new PDX models and highlights the importance of intratumor heterogeneity in the development of cancer models (1/9)01109.9K
- Swanton Lab@SwantonLabSwanton LabRT @faizjab: Extremely grateful and excited to have support from @CRUKresearch to work on cancer initiation with @SwantonLab @TheCrick! Ever grateful to @drjkrane @AFrankell for the supervision and mentorshipScience and Innovation at Cancer Research UK @CRUKresearch[3/6] Faiz Jabbar will investigate what processes co-operate with somatic mutagenesis in histologically normal tissues to initiate cancer with a focus on non-small cell #LungCancer. @faizjab | @ImperialNHS | #CRUKFunded0105K
Science and Innovation at Cancer Research UK@CRUKresearchPublicaciones @CRUKresearch[3/6] Faiz Jabbar will investigate what processes co-operate with somatic mutagenesis in histologically normal tissues to initiate cancer with a focus on non-small cell #LungCancer. @faizjab | @ImperialNHS | #CRUKFunded
2256.5K- Swanton Lab@SwantonLabSwanton LabRT @robhynds: It has been great to collaborate with @hgreenwood93, @TimWitney and team on their investigation of a new PET-based approach for imaging NRF2 activation in NSCLC. A tour de force across cell lines, GEMMs and @CRUKLungCentre PDX models!Tim Witney @TimWitneyWe establish that FSPG is a predictive marker of therapy resistance of NSCLC and identify a metabolic vulnerability for its treatment. This has been a labour of love for many years, led by the amazing @hgreenwood93. Paper can be found here: 🙏0203.8K
Tim Witney@TimWitneyPublicaciones @TimWitneyWe establish that FSPG is a predictive marker of therapy resistance of NSCLC and identify a metabolic vulnerability for its treatment. This has been a labour of love for many years, led by the amazing @hgreenwood93. Paper can be found here: 🙏
1144.4K- Swanton Lab@SwantonLabSwanton LabRT @TheCrick: Come start your group at the Crick! 💡 We're looking for creative early career researchers in cardiac and vascular biology, or clinician scientists in any field, to join our faculty community. #AcademicJobs | #ECRChat Apply by 5 October ⬇️097050.9K
- Swanton Lab@SwantonLabThank you @DrSidMukherjee for taking the time out of your busy schedule to visit @SwantonLab @WillHilliam @DrClareWeeden @CharlesSwanton to talk about our work on air pollution and lung cancer @TheCrick
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