🔢 Happy Mathematics Day! 🎉🧮 Let's make every equation count and solve problems together. 💡 #MathematicsDay #NumbersNerd #MathIsFun #GeekOutWithMath #EquationsForLife #CelebratingMath

🔬 Final #EquationsForLife! CeMM’s Admin & Support Team led by Anita Ender chose #KirchhoffsTheorem to symbolize how they connect every part of our institute—efficiently & without loops. The team's efforts prove that strong science needs strong systems. 🔎 https://t.co/C3J7NbTsVU

🔬 As we near the end of #EquationsForLife, we spotlight @AR_AbdelFattah's Group! They use the #ReactionDiffussion equation to characterize the process of tissue organization and maintenance in physiology, and how disease disrupts it. 🔎 https://t.co/PqxrznQkTY

🔬 Finishing the week with #EquationsForLife! The @villunger Group uses Boltzmann’s #entropy equation to study cell death. In 2024, they showed how extra centrosomes delay disease by causing cells to self-destruct in certain models of blood cancer. 🔎 https://t.co/VCZ2jEFFI2

🔬 We wrap up the week with #EquationsForLife! The @MaulideLab uses the #SchrodingerEquation understand particle behavior & guide chemical reactions. Their new metal-free method forms key drug-like molecules in one step. 🔎 https://t.co/YenET4uPVt

🔬 Midweek #EquationsForLife! The Unterlass Lab uses the ionic product of water to model #HydrothermalSynthesis. They've used this eco-friendly method to create cyclic organic compounds, valuable in both basic research & drug development. 🔎 https://t.co/zt0xJIfa8D

🔬The volume of a sphere—the #EquationsForLife chosen by the Busslinger Group to model gut #organoids. Combined with single-cell sequencing, they use these models to study how epithelial cells in the gastrointestinal tract function in health & disease. 🔎 https://t.co/ta1WAu0m1d

The @gsf_lab at CeMM studies #MembraneTransporters & their roles in metabolism, drug transport & signaling. In this #EquationsForLife story, they use the #NernstEquation to better understand the electrochemical forces involved in membrane transport. 🔎 https://t.co/AMLH0VZD29

🔬 New week, new piece of #EquationsForLife! The @MencheLab uses the #PowerLaw degree distribution to decode complex disease networks. From #RareDisease diagnostics to drug repurposing, they’re building the future of #NetworkMedicine. 🔎 https://t.co/hkqimpSZJ3

📢New week, new #EquationsForLife: Meet the Maier Lab! They exploit #chemotaxis by engineering myeloid cells to deliver immune-boosting agents to the lymph nodes, aiming to improve #immunotherapy & reduce side effects. 👉 https://t.co/dOdDpQLV5k #CeMMResearchReport2024

🔬We wrap up the week with #EquationsForLife! @StaryGeorg's group applies #EquilibriumBinding to model T cell–antigen interactions. In 2024, they identified #pentamidine as a promising non-antibiotic treatment for #chlamydia & other bacterial STIs. 🔎 https://t.co/jSQRLZxolV

It’s Friday! 🔍Discover the #EquationsForLife from the Rendeiro Group: using #LinearRegression & deep learning, they created “tissue clocks” that predict biological age from images & blood!🧬 👉Read more: https://t.co/PFlW0TsyFq #CeMMResearchReport2024

🔬 New #EquationsForLife! @ReibergerThomas' Group studies #PortalHypertension & uses #OhmsLaw to model blood flow. 2024 findings link PH to gene expression & show it’s a key risk factor for complications in #MASLD. 🔎 https://t.co/zZWiN08KqP

New #EquationsForLife: Meet the @Bergthalerlab! The #SIRModel helps them study disease transmission. One of their key research areas focuses on understanding how chronic infections can trigger #cachexia, a systemic wasting condition in chronic diseases. 🔎 https://t.co/c5NXYMg3aU

📢 New #EquationsForLife spotlight: the Campbell Lab! Using the #ExponentialGrowth equation, they explore how diet & infection shape the gut microbiome–host relationship to develop new treatments for gut disorders. 👉Read more: https://t.co/GMYX2bn0kS #CeMMResearchReport2024

🔬 Today’s #EquationsForLife features CeMM Adjunct PI @DSeruggia’s group (@StAnna_CCRI)! The lab studies how noncoding regulatory sequences influence gene control in childhood #leukemia, using the #PoissonDistribution to identify protein binding sites. 🔎 https://t.co/vl6RpIRDFY

New #EquationsForLife at #CeMM! Discover how the Winter Group pioneers #TDP. By modeling interactions between degraders & binding partners, their chosen #HillEquation helps them optimize degrader design to eliminate disease-relevant proteins precisely. 🔎 https://t.co/xdJDPW1E7Y

🔬 #EquationsForLife! The Grebien Group (@StAnna_CCRI & @vetmeduni) uses the #FibonacciSequence to show how small perturbations can impact tumor progression. By disrupting P-bodies in #AML cells, they free tumor-suppressor RNAs to halt #leukemia growth. 🔎 https://t.co/TGpCKhxh4a

📢 New #EquationsForLife spotlight: the Kubicek Lab! Using the #FluorescenceIntensity equation, they've developed #vpCells—a cutting-edge platform improving throughput & scalability of subcellular localization studies. 👉Read more: https://t.co/jxVABICEMT #CeMMResearchReport2024

Let’s kick off the week with #EquationsForLife! @rooij_laura group studies how #aging affects endothelial cells in blood vessels. Using #MurraysLaw & 3D “vessel-on-a-chip” models, they aim to decode & combat cardiovascular aging. 🔍 https://t.co/HtxKa4bGZQ #CeMMResearchReport2024