MedChemExpress (@medchemexpress) 's Twitter Profile
MedChemExpress

@medchemexpress

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Inhibitors, Proteins, Screening Libraries & more to further research
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medchemexpress.com

ID: 2305848560

linkhttp://www.medchemexpress.com calendar_today23-01-2014 03:03:49

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410 Followers

368 Following

MedChemExpress (@medchemexpress) 's Twitter Profile Photo

🧫 Organoids are reshaping biomedical research—mimicking real organs in structure & function. 🔬How are they built? What powers drug testing? Why they matter in cancer immunotherapy? 👉 Read more: u5a.cn/XZe1E #Organoids #3DBiology #DrugDiscovery #StemCellScience

🧫 Organoids are reshaping biomedical research—mimicking real organs in structure & function.
🔬How are they built?  What powers drug testing?  Why they matter in cancer immunotherapy?

👉 Read more: u5a.cn/XZe1E

 #Organoids #3DBiology #DrugDiscovery #StemCellScience
MedChemExpress (@medchemexpress) 's Twitter Profile Photo

🌊Welcome to the Small Molecule Inhibitor Ocean. 🐠Each inhibitor is a diver, seeking out disease in cellular reefs.🧪Drug discovery has never looked this deep.📸Small molecules, big impact. #SciArt #SmallMolecules #DrugDiscovery #LifeScience #TargetedTherapy #lablife #Cancer

🌊Welcome to the Small Molecule Inhibitor Ocean.
🐠Each inhibitor is a diver, seeking out disease in cellular reefs.🧪Drug discovery has never looked this deep.📸Small molecules, big impact.

#SciArt #SmallMolecules #DrugDiscovery #LifeScience #TargetedTherapy #lablife #Cancer
MedChemExpress (@medchemexpress) 's Twitter Profile Photo

🧫 Organoids are reshaping biomedical research—mimicking real organs in structure & function. 🔬How are they built? What powers drug testing? Why they matter in cancer immunotherapy? 👉 Read more: u5a.cn/XZe1E #Organoids #3DBiology #DrugDiscovery #StemCellScience

🧫 Organoids are reshaping biomedical research—mimicking real organs in structure & function.
🔬How are they built?  What powers drug testing?  Why they matter in cancer immunotherapy?

👉 Read more: u5a.cn/XZe1E

 #Organoids #3DBiology #DrugDiscovery #StemCellScience
MedChemExpress (@medchemexpress) 's Twitter Profile Photo

🔬 Science harvest season.🍂What looks like fall foliage hides a world of biology.🧬DNA curls up like pumpkin vines. Small molecules roll into the basket.🔍Science grows quietly—until discovery comes. #SciArt #LabMouse #LifeScience #InVivoModel #CellBiology #PreclinicalResearch

🔬 Science harvest season.🍂What looks like fall foliage hides a world of biology.🧬DNA curls up like pumpkin vines.  Small molecules roll into the basket.🔍Science grows quietly—until discovery comes.
#SciArt #LabMouse #LifeScience #InVivoModel #CellBiology #PreclinicalResearch
MedChemExpress (@medchemexpress) 's Twitter Profile Photo

🔬Science harvest season.🍂What looks like fall foliage hides a world of biology.🧬DNA curls up like pumpkin vines. Small molecules roll into the basket.🔍Science grows quietly—until discovery comes.🔗Explore more: medchemexpress.com #SciArt #LabMouse #LabLife #BiologyArt

🔬Science harvest season.🍂What looks like fall foliage hides a world of biology.🧬DNA curls up like pumpkin vines.  Small molecules roll into the basket.🔍Science grows quietly—until discovery comes.🔗Explore more: medchemexpress.com
#SciArt #LabMouse  #LabLife  #BiologyArt
MedChemExpress (@medchemexpress) 's Twitter Profile Photo

#Ferroptosis is redefining cell death research. 🧲Ferroptosis=iron overload+lipid peroxidation+GSH depletion.🧪Linked to cancer, heart disease, neurodegeneration.🎯Key regulators: GPX4, System xc⁻, AIFM2. Detection: ROS, Fe²⁺, PLOOH activity.#CellDeath 👉u5a.cn/poppG

#Ferroptosis is redefining cell death research.
🧲Ferroptosis=iron overload+lipid peroxidation+GSH depletion.🧪Linked to cancer, heart disease, neurodegeneration.🎯Key regulators: GPX4, System xc⁻, AIFM2. Detection: ROS, Fe²⁺, PLOOH activity.#CellDeath
👉u5a.cn/poppG
MedChemExpress (@medchemexpress) 's Twitter Profile Photo

🎡Welcome to Peptide Park — where biology meets fantasy! 🧬Every corner of this park hides a secret of life. How many cell organelles can you spot? ✨Peptides, organelles, and joy await. Who else wants to live here? #Peptides #Cells #CellScience #CellBiology #SciArt #BiotechFun

🎡Welcome to Peptide Park — where biology meets fantasy! 🧬Every corner of this park hides a secret of life. How many cell organelles can you spot? ✨Peptides, organelles, and joy await. Who else wants to live here?
#Peptides #Cells #CellScience #CellBiology #SciArt #BiotechFun
MedChemExpress (@medchemexpress) 's Twitter Profile Photo

#Ferroptosis is redefining cell death research. 🧲Ferroptosis=iron overload+lipid peroxidation+GSH depletion.🧪Linked to cancer, heart disease, neurodegeneration.🎯Key regulators: GPX4, System xc⁻, AIFM2. Detection: ROS, Fe²⁺, PLOOH activity.#CellDeath 👉u5a.cn/poppG

#Ferroptosis is redefining cell death research.
🧲Ferroptosis=iron overload+lipid peroxidation+GSH depletion.🧪Linked to cancer, heart disease, neurodegeneration.🎯Key regulators: GPX4, System xc⁻, AIFM2. Detection: ROS, Fe²⁺, PLOOH activity.#CellDeath
👉u5a.cn/poppG
MedChemExpress (@medchemexpress) 's Twitter Profile Photo

🎡Welcome to Peptide Park — where biology meets fantasy! 🧬Every corner of this park hides a secret of life. How many cell organelles can you spot? ✨Peptides, organelles, and joy await. Who else wants to live here? #Peptides #Cells #CellScience #CellBiology #SciArt #BiotechFun

🎡Welcome to Peptide Park — where biology meets fantasy! 🧬Every corner of this park hides a secret of life. How many cell organelles can you spot? ✨Peptides, organelles, and joy await. Who else wants to live here?
#Peptides #Cells #CellScience #CellBiology #SciArt #BiotechFun
MedChemExpress (@medchemexpress) 's Twitter Profile Photo

🌊Welcome to the Small Molecule Inhibitor Ocean. 🐠Each inhibitor is a diver, seeking out disease in cellular reefs.🧪Drug discovery has never looked this deep.📸Small molecules, big impact. #SciArt #SmallMolecules #DrugDiscovery #LifeScience #TargetedTherapy #lablife #Cancer

🌊Welcome to the Small Molecule Inhibitor Ocean.
🐠Each inhibitor is a diver, seeking out disease in cellular reefs.🧪Drug discovery has never looked this deep.📸Small molecules, big impact.

#SciArt #SmallMolecules #DrugDiscovery #LifeScience #TargetedTherapy #lablife #Cancer
MedChemExpress (@medchemexpress) 's Twitter Profile Photo

🧫 Organoids are reshaping biomedical research—mimicking real organs in structure & function. 🔬How are they built? What powers drug testing? Why they matter in cancer immunotherapy? 👉 Read more: u5a.cn/XZe1E #Organoids #3DBiology #DrugDiscovery #StemCellScience

🧫 Organoids are reshaping biomedical research—mimicking real organs in structure & function.
🔬How are they built?  What powers drug testing?  Why they matter in cancer immunotherapy?

👉 Read more: u5a.cn/XZe1E

 #Organoids #3DBiology #DrugDiscovery #StemCellScience
MedChemExpress (@medchemexpress) 's Twitter Profile Photo

✨#KRAS mutations are common in lung, colorectal, and pancreatic cancers. For over 40 years, KRAS was considered "undruggable". 🧪 Which new KRAS inhibitors are entering trials? 🚀 What’s redefining the path forward for KRAS G12D therapies? 👉 Read more: bit.ly/4kurycY

✨#KRAS mutations are common in lung, colorectal, and pancreatic cancers. For over 40 years, KRAS was considered "undruggable".
🧪 Which new KRAS inhibitors are entering trials?
🚀 What’s redefining the path forward for KRAS G12D therapies?

👉 Read more: bit.ly/4kurycY
MedChemExpress (@medchemexpress) 's Twitter Profile Photo

🧫 Organoids are reshaping biomedical research—mimicking real organs in structure & function. 🔬How are they built? What powers drug testing? Why they matter in cancer immunotherapy? 👉 Read more: u5a.cn/XZe1E #Organoids #3DBiology #DrugDiscovery #StemCellScience

🧫 Organoids are reshaping biomedical research—mimicking real organs in structure & function.
🔬How are they built?  What powers drug testing?  Why they matter in cancer immunotherapy?

👉 Read more: u5a.cn/XZe1E

 #Organoids #3DBiology #DrugDiscovery #StemCellScience
MedChemExpress (@medchemexpress) 's Twitter Profile Photo

✨#KRAS mutations are common in lung, colorectal, and pancreatic cancers. For over 40 years, KRAS was considered "undruggable". 🧪 Which new KRAS inhibitors are entering trials? 🚀 What’s redefining the path forward for KRAS G12D therapies? 👉 Read more: bit.ly/4kurycY

✨#KRAS mutations are common in lung, colorectal, and pancreatic cancers. For over 40 years, KRAS was considered "undruggable".
🧪 Which new KRAS inhibitors are entering trials?
🚀 What’s redefining the path forward for KRAS G12D therapies?

👉 Read more: bit.ly/4kurycY
MedChemExpress (@medchemexpress) 's Twitter Profile Photo

🌊Welcome to the Small Molecule Inhibitor Ocean. 🐠Each inhibitor is a diver, seeking out disease in cellular reefs.🧪Drug discovery has never looked this deep.📸Small molecules, big impact. #SciArt #SmallMolecules #DrugDiscovery #LifeScience #TargetedTherapy #lablife #Cancer

🌊Welcome to the Small Molecule Inhibitor Ocean.
🐠Each inhibitor is a diver, seeking out disease in cellular reefs.🧪Drug discovery has never looked this deep.📸Small molecules, big impact.

#SciArt #SmallMolecules #DrugDiscovery #LifeScience #TargetedTherapy #lablife #Cancer
MedChemExpress (@medchemexpress) 's Twitter Profile Photo

🌊Welcome to the Small Molecule Inhibitor Ocean. 🐠Each inhibitor is a diver, seeking out disease in cellular reefs.🧪Drug discovery has never looked this deep.📸Small molecules, big impact. #SciArt #SmallMolecules #DrugDiscovery #LifeScience #TargetedTherapy #lablife #Cancer

🌊Welcome to the Small Molecule Inhibitor Ocean.
🐠Each inhibitor is a diver, seeking out disease in cellular reefs.🧪Drug discovery has never looked this deep.📸Small molecules, big impact.

#SciArt #SmallMolecules #DrugDiscovery #LifeScience #TargetedTherapy #lablife #Cancer
MedChemExpress (@medchemexpress) 's Twitter Profile Photo

🧫 Organoids are reshaping biomedical research—mimicking real organs in structure & function. 🔬How are they built? What powers drug testing? Why they matter in cancer immunotherapy? 👉 Read more: u5a.cn/XZe1E #Organoids #3DBiology #DrugDiscovery #StemCellScience

🧫 Organoids are reshaping biomedical research—mimicking real organs in structure & function.
🔬How are they built?  What powers drug testing?  Why they matter in cancer immunotherapy?

👉 Read more: u5a.cn/XZe1E

 #Organoids #3DBiology #DrugDiscovery #StemCellScience
MedChemExpress (@medchemexpress) 's Twitter Profile Photo

✨#KRAS mutations are common in lung, colorectal, and pancreatic cancers. For over 40 years, KRAS was considered "undruggable". 🧪 Which new KRAS inhibitors are entering trials? 🚀 What’s redefining the path forward for KRAS G12D therapies? 👉 Read more: bit.ly/4kurycY

✨#KRAS mutations are common in lung, colorectal, and pancreatic cancers. For over 40 years, KRAS was considered "undruggable".
🧪 Which new KRAS inhibitors are entering trials?
🚀 What’s redefining the path forward for KRAS G12D therapies?

👉 Read more: bit.ly/4kurycY
MedChemExpress (@medchemexpress) 's Twitter Profile Photo

🚀 MedChemExpress LLC's #New #Products for #June! 🔬 New Arrivals spotlight key targets including #EGFRT790M, #ATM, #PRC1, #DLK, and #SIRT3. Featuring #inhibitors, #degraders, and #activators with #oral activity, #BBBpermeability, high selectivity, and #first-in-class mechanisms,

🚀 MedChemExpress LLC's #New #Products for #June!
🔬 New Arrivals spotlight key targets including #EGFRT790M, #ATM, #PRC1, #DLK, and #SIRT3. Featuring #inhibitors, #degraders, and #activators with #oral activity, #BBBpermeability, high selectivity, and #first-in-class mechanisms,
MedChemExpress (@medchemexpress) 's Twitter Profile Photo

✨ Mitochondrial #DNA Content Predicts Chemoresistance & Guides Precision Therapy in AML ✨A recent study in Signal Transduction and Targeted Therapy confirmed that #mitochondrial DNA content (#mtDNAc) can assess metabolic states in acute myeloid leukemia (#AML). Researchers

✨  Mitochondrial #DNA Content Predicts Chemoresistance & Guides Precision Therapy in AML ✨A recent study in Signal Transduction and Targeted Therapy confirmed that #mitochondrial DNA content (#mtDNAc) can assess metabolic states in acute myeloid leukemia (#AML). Researchers