TissUse GmbH’s Post

We welcome Larysa Baraban to the newly established Chair of Medical Nanotechnology at the Faculty of Medicine and Universitätsklinikum Carl Gustav Carus Dresden at Technische Universität Dresden. The professorship was jointly established by the Helmholtz-Zentrum Dresden-Rossendorf (HZDR) and the Else Kröner Fresenius Center (EKFZ) for Digital Health. Larysa Barabans research focusses on #nanoelectronics for individualized cancer #immunotherapies and innovative, cost-effective methods for pathogen detection. Read the full press release here: ➡ https://lnkd.in/e3sAZGyT #MedicalNanotechnology #PrecisionOncology

@CRI_ACTREC Advanced Centre for Treatment, Research and Education in Cancer(ACTREC) will be hosting Saurabh Pradhan from IMBA for a guest seminar at ACTREC on 5th March, 2024. We look forward to hear some exciting science!! #sciencetwitter #AcademicTwitter #science #Research #seminar Biopatrika #guestseminar #academia #academiclife #researchanddevelopment #researchinnovation #scienceandtechnology

Postdoctoral Scholarship Researcher in Cancer Research focusing on intratumor heterogeneity and phenotypic plasticity

Recently I had a discussion with Kyle Card, Ph.D. about how to #Boost research interests of young graduates, #DEI, #How to grow/develop in research labs and #FutureCollaboration. Kyle Card, Ph.D. is a winner of #HHMI Postdoc Fellow #studying evolution in bacteria and cancer! Our discussion will be published on Friday 5th April at my blog post: 👉👉👉 https://lnkd.in/g2R3mUGz

“How can we apply this advanced AFM-based method that we develop to understand disease progression? If it's cancer, if it's hearing, or if it's inflammation.” Our latest research highlight features Alexander Cartagena-Rivera, Ph.D., the Chief of the National Institute of Biomedical Imaging and Bioengineering (NIBIB) Section on Mechanobiology. In his interview with Melissa Martin, Dr. Cartagena-Rivera discusses the two main divisions of his lab which focus on developing #AFM methods depending on the type of sample and how these methods can help us better understand disease progression and therapeutics. Dr. Cartagena-Rivera is also a member of the NIH Distinguished Scholars program for underrepresented minorities at the National Institute of Health and actively works to analyze the large datasets from AFMs in an unbiased way by considering age, gender, ethnicity, etc. Check it out below to learn more about Dr. Cartagena’s efforts in the lab, ongoing experiments in the clinic, and exciting new opportunities to use AFM technology as a point-of-care tool for people. #cancer #ResearchHighlight

📣 Exciting news! Our latest paper on the impact of reduced [18F]FDG doses in whole-body PET/CT imaging has been published and is now accessible in the journal Frontiers in Physics. Take a look and share your insights with us 💡

Ending this exciting week with another method 😃: #DIISCO by the unstoppable Cameron Park Shouvik Mani Nicolas Beltran-Velez! If you are interested in predicting cell communication from time-series #singlecell data, DIISCO can tell you how interactions change over time e.g. with treatment! Our method uses structured Gaussian process regression to unveil time-resolved interactions among diverse cell types from the combination of their co-evolution and prior knowledge of receptor-ligand complexes. Very appreciative of Katie Maurer Satyen Gohil David A. Knowles Cathy Wu for their invaluable collaboration! Preprint 🗞 https://lnkd.in/eKRcSkKs Github 🤖 https://lnkd.in/eascjUQ8 Tweetorial ➡ https://lnkd.in/eebNtVtW #dynamic #cellcommunication #singlecell #timeseries #machinelearning #Bayesian #compbio #cancerimmunology Columbia University Biomedical Engineering Columbia University Department of Computer Science Cancer Dynamics Dana-Farber Cancer Institute

🧬 Changing the History of Medicine—Rosenberg's Unexpected Journey In the early 1960s, Rosenberg and his collaborators at Michigan State University delved into vision research, only to stumble upon a groundbreaking discovery. It was an anti-cancer drug called cisplatin that would change everything. But from the start: Their journey began with a fascination for studying vision and the conductance in proteins. 👁️ Then, however, they pivoted to explore the impact of electric fields on E. coli bacteria, driven by a speculative theory involving a magnetic element in cell division. 🦠 Surprisingly, they discovered that an electric field, produced by platinum foil electrodes, led to abnormal growth in the bacteria but inhibited their division. Recognizing the potential anti-cancer applications, the team embarked on a quest to identify the causative agent, ultimately identifying cisplatin in 1964. Years of follow-up experiments led to remarkable success in treating solid tumors in mice, capturing the attention of the National Cancer Institute (NCI) and securing grant support. ⭐️ Rosenberg's unexpected scientific journey, shaped by serendipity and ambition, not only redefined our understanding of cell division but also paved the way for the revolutionary anti-cancer drug, cisplatin. Stay tuned and follow us for more awesome science! 😉 #science #research #cisplatin #biochemistry

A recent comprehensive meta-analysis explores the impact of Static Magnetic Fields (SMFs) on blood and bone tissues, uncovering potential therapeutic benefits. Over twenty years of research shed light on SMFs' complex effects, ranging from enhancing bone health to affecting tumor development. These findings open up intriguing possibilities for possible applications in hemodynamics and cancer treatment, presenting a new frontier for medical research and interventions. Lenox Laser is honored to have sponsored this study, showcasing the work of our summer intern, Savanna Murdock.  For more details, please follow the link below.  https://lnkd.in/eja9vWrt     #SMF #MedicalResearch #studies #science  

For researchers trying to organize interdisciplinary research: check out Razia's workflow on how to get your project together. By visualizing relevant literature in a single literature map - but distinguishing different topics based on color - Razia shows how to use Litmaps to get a bird's-eye view of your research. Thanks for sharing, Razia Aliani!