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Tumor microenvironment, immunotherapy, and organ-on-a-chip technologies

Singapore
Joined June 2020
Photo by PavesiLab (@PavesiLab)Photo by PavesiLab (@PavesiLab)Photo by PavesiLab (@PavesiLab)Photo by PavesiLab (@PavesiLab)Photo by PavesiLab (@PavesiLab)Photo by PavesiLab (@PavesiLab)Photo by PavesiLab (@PavesiLab)Photo by PavesiLab (@PavesiLab)Photo by PavesiLab (@PavesiLab)Photo by PavesiLab (@PavesiLab)
LKCMedicine's Cancer Discovery & Regenerative Medicine Programme faculty Asst Prof Andrea Pavesi together with colleagues used a ‘library’ of CAR T-cell designs to discover a next-generation treatment aimed at IL-13Rα2, a protein often found on glioblastoma cells. By screening this library in both lab-grown ‘mini-brain tumors’ and animal models, they identified a chimeric receptor that displayed strong tumor-killing abilities and long-term persistence. These results open the door to more effective, tailored CAR T-cell therapies for aggressive brain cancers. Read more in this link: jitc.bmj.com/content/13/2/e0…
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LKCMedicine Asst Profs Andrea Pavesi and Giulia Adriani, both engineered a miniature, in vitro, liver-tumor model, where blood vessels form naturally from human cells. By mimicking the tumor environment, this system allows us to test how chemotherapy and T-cell immunotherapy affect solid tumors. This work include contributions from the LKCMedicine's Cancer Discovery & Regenerative Medicine Programme, shed light on how tumor vasculature influences drug delivery and immune-cell infiltration, paving the way for more effective treatments. Read more in the link here: doi.org/10.1016/j.biomateria…
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The OrganiX microfluidic system to recreate the complex tumour microenvironment dlvr.it/T3L8Gt
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Combine the power of @NikonInst's confocal microscopes with the detail of @AIMBiotech's blood-brain barrier (BBB) model: this stunning image comes from a new application note about imaging the BBB in vitro using idenTx #organonachip models. Take a look: https://xitter.gq/t.co/cF0F1hq6yl
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PavesiLab retweeted
SPOTLIGHT: @astar_research researchers demonstrated that transient treatment with the small molecule inhibitor (UNC0642) of the epigenetic regulator G9a/GLP during ex vivo expansion of T cells improved the cytotoxic capability of [...] ow.ly/OGI550MZnQy
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PavesiLab retweeted
This new study from @PavesiLab @GuccioneLab @bertoletti_lab and many more from Singapore, shows that G9a/GLP inhibitors increase the cytotoxicity of TCR-engineered T cells.
Congrats @PavesiLab 👏 Very nice collaborative study showing that G9a/GLP inhibition is an effective method of improving the cytotoxicity of transiently engineered TCR-T cells, CAR-T cells and NK cells, via increase of granzyme secretion 👉rdcu.be/c43fu
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Congrats @PavesiLab 👏 Very nice collaborative study showing that G9a/GLP inhibition is an effective method of improving the cytotoxicity of transiently engineered TCR-T cells, CAR-T cells and NK cells, via increase of granzyme secretion 👉rdcu.be/c43fu
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Check out this article in @GENbio on our new organiX platform for #organoids and biopsies: as these types of samples are used more for #drugdiscovery and tumor characterization, creating perfusable vasculature in an immune-competent environment is vital. genengnews.com/topics/transl…
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Researchers recently demonstrated the therapeutic potential of STING agonists in combination with NK cell-based #immunotherapy. @AIMBiotech's idenTx #drugdiscovery platform was instrumental in some of the key #research assays; check out the science here: https://xitter.gq/t.co/lcoXFR1kzA
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One of the key benefits to #researchers from @AIMBiotech's #organonachip tech is the ability to quickly follow up on your findings while still garnering human-relevant #data. See how Aboulkheyr, et. al. took advantage of this with AIM's idenTx chips – https://xitter.gq/t.co/Ils9g6Npj5
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Check out this #video from our latest #appnote, developed together with @NikonInst. See what's possible for visualization of human CAR-T cell dynamics in a 3D tumor microenvironment by combining #confocal imaging and #organonachip #technology. Learn more: https://xitter.gq/t.co/CwpOunOqJM
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AIM Biotech leads the way in scientific validation through peer-reviewed #research. Explore our growing list of 145 publications—see how AIM’s BioAvatar #organonachip #technology is advancing therapeutics in #cancer, #immunooncology, #neurobiology, & more: aimbiotech.com/publications
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When your #study is easier to run, you can get more done. See how Diskin, et. al. leveraged the benefits of @AIMBiotech's #organonachip technology to develop a new human-like #cancer model for their research in this featured study – https://xitter.gq/t.co/4G3gebP1HW
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We're taking a look this month at different ways researchers are using @AIMBiotech's idenTx #organonachip tech to advance #cancer research in the field of immune checkpoints. First up, look at how Boston researchers profiled checkpoint resistance ex vivo: https://xitter.gq/t.co/XN8aJBDN6U
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Interested in the human-relevant data #organonachip models offer, but concerned about a barrier to entry? Put those concerns to rest—take a look at this week's featured #study, where we walk you through how they used common lab tools with idenTx chips – https://xitter.gq/t.co/RoZYGh1E7d
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One of the key features of the idenTx #organonachip assays by @AIMBiotech is the power do #research that would usually require a complex animal study more efficiently on in vitro assays. See a perfect example of how in this #study by Sade-Feldman et al. – https://xitter.gq/t.co/Mx7BoRpFN6
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PavesiLab retweeted
#𝗬𝗲𝗮𝗿𝗜𝗻𝗥𝗲𝘃𝗶𝗲𝘄: Rounding up the year with 12 A*STAR's moments. Thank you for being part of our #science, #technology and #innovation journey. a-star.edu.sg/ #12DaysofChristmas
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Happy holidays! 🎊 We’re sending our warm holiday wishes to all our fans and fans-to-be. Thank you for being a part of our 2021 journey 💙 Let’s look forward to an even better 2022!
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PavesiLab retweeted
Our very own Principal Investigator @_Andrea_Pavesi_ is one of the presenters! Find out more by registering online at register.gotowebinar.com/reg… #automation #HCS #microfluidics #diseasemodelling
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