#cheunglab search results
Dr. Grist (#CheungLab) and colleagues observed new behaviours from 3D tumour cell cultures in response to fluctuating O₂ levels, a phenomenon found in tumour environments. This work could aid in our understanding of cancer progression & treatment designs. ow.ly/SmU650y18GT
"Applying engineering principles to biological and life-sciences-related concepts was a super exciting notion for me." Learn more about Avineet Randhawa, a MASc alum from Dr. Karen Cheung's lab and our first #UBCgrad feature. #CheungLab ow.ly/tcaw50LPu2O
Today’s #CBR_COVIDresearch features the #CheungLab. Together with ecoMINE & #ChrostowskiLab, the group will assess the feasibility of a low-cost, on-the-spot COVID19 screening technology. @BME_UBC @ECEUBC ow.ly/wQcS50AbK02 (2/2)
High-risk neuroblastoma (HR-NB) is a pediatric cancer characterized by overt metastatic disease at diagnosis, on-treatment progression and dismal outcomes. Our study, led by @gundem_gunes published in @NatureGenet today go.nature.com/3LSfVNX #CheungLab #MSKKids @MSKCancerCenter
Sam (@MdlUbc), Tanya (#CheungLab), & the FlowO2 team’s low-cost ventilator project was recently featured on @scienceworldca as one of “Vancouver’s Innovative Contributions Against COVID-19”! ow.ly/o1Yk50zTTrF
For the #CodeLifeChallenge, #CBR_UBC trainees Sam Berryman (#MaLab) & Tanya Bennet (#CheungLab) are collaborating with their peers to develop a low-cost ventilator for #COVID19 patients. They’re certainly “Making a difference” during these tough times! ow.ly/QapS50zpLKD
Last year, Soroush Nasseri (PhD Student, #CheungLab) attended @MicroTAS2018 on microfluidics and lab-on-a-chip systems, hosted by @Tsinghua_Uni in Taiwan. He reminisces on his amazing experience in this week's #CBR_UBC blog: ow.ly/xcnr50uOnFv @BME_UBC
Meet Avineet Randhawa, one of our Master's trainees working in the #CheungLab. He combines engineering & biology to develop new “airway-on-a-chip” models to study the effect of aerosolized compounds on the lung. ow.ly/NEcq50xrQJv 📽️:Alejandra Silvera @BME_UBC @ECEUBC
High-risk neuroblastoma (HR-NB) is a pediatric cancer characterized by overt metastatic disease at diagnosis, on-treatment progression and dismal outcomes. Our study, led by @gundem_gunes published in @NatureGenet today go.nature.com/3LSfVNX #CheungLab #MSKKids @MSKCancerCenter
"Applying engineering principles to biological and life-sciences-related concepts was a super exciting notion for me." Learn more about Avineet Randhawa, a MASc alum from Dr. Karen Cheung's lab and our first #UBCgrad feature. #CheungLab ow.ly/tcaw50LPu2O
Today’s #CBR_COVIDresearch features the #CheungLab. Together with ecoMINE & #ChrostowskiLab, the group will assess the feasibility of a low-cost, on-the-spot COVID19 screening technology. @BME_UBC @ECEUBC ow.ly/wQcS50AbK02 (2/2)
Sam (@MdlUbc), Tanya (#CheungLab), & the FlowO2 team’s low-cost ventilator project was recently featured on @scienceworldca as one of “Vancouver’s Innovative Contributions Against COVID-19”! ow.ly/o1Yk50zTTrF
For the #CodeLifeChallenge, #CBR_UBC trainees Sam Berryman (#MaLab) & Tanya Bennet (#CheungLab) are collaborating with their peers to develop a low-cost ventilator for #COVID19 patients. They’re certainly “Making a difference” during these tough times! ow.ly/QapS50zpLKD
Dr. Grist (#CheungLab) and colleagues observed new behaviours from 3D tumour cell cultures in response to fluctuating O₂ levels, a phenomenon found in tumour environments. This work could aid in our understanding of cancer progression & treatment designs. ow.ly/SmU650y18GT
Meet Avineet Randhawa, one of our Master's trainees working in the #CheungLab. He combines engineering & biology to develop new “airway-on-a-chip” models to study the effect of aerosolized compounds on the lung. ow.ly/NEcq50xrQJv 📽️:Alejandra Silvera @BME_UBC @ECEUBC
Last year, Soroush Nasseri (PhD Student, #CheungLab) attended @MicroTAS2018 on microfluidics and lab-on-a-chip systems, hosted by @Tsinghua_Uni in Taiwan. He reminisces on his amazing experience in this week's #CBR_UBC blog: ow.ly/xcnr50uOnFv @BME_UBC
"Applying engineering principles to biological and life-sciences-related concepts was a super exciting notion for me." Learn more about Avineet Randhawa, a MASc alum from Dr. Karen Cheung's lab and our first #UBCgrad feature. #CheungLab ow.ly/tcaw50LPu2O
Dr. Grist (#CheungLab) and colleagues observed new behaviours from 3D tumour cell cultures in response to fluctuating O₂ levels, a phenomenon found in tumour environments. This work could aid in our understanding of cancer progression & treatment designs. ow.ly/SmU650y18GT
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