Mathematics in Medical and Life Sciences
@mmls-journal.bsky.social
Scientific journal published by Taylor and Francis, championing mathematics, statistics and computational modelling in medicine, biology and ecology. Free open access continuing in 2025!
We’re excited to have represented in these important discussions and look forward to exploring new collaborations at the intersection of mathematics, engineering, and medicine.
Chat to Seb if you're there!
#MathInMedicine #DigitalPathology #ImageAnalysis #ComputerVision
Chat to Seb if you're there!
#MathInMedicine #DigitalPathology #ImageAnalysis #ComputerVision
April 28, 2025 at 4:29 PM
We’re excited to have represented in these important discussions and look forward to exploring new collaborations at the intersection of mathematics, engineering, and medicine.
Chat to Seb if you're there!
#MathInMedicine #DigitalPathology #ImageAnalysis #ComputerVision
Chat to Seb if you're there!
#MathInMedicine #DigitalPathology #ImageAnalysis #ComputerVision
📄 Read the full study here: doi.org/10.1080/2993...
#CancerResearch #Theramechanics #MathematicalBiology #ComputationalModeling #MedicalInnovation #InSilicoScience
#CancerResearch #Theramechanics #MathematicalBiology #ComputationalModeling #MedicalInnovation #InSilicoScience
Potential theramechanics for cancer invasion: an in silico study
During cancer invasion cells penetrate into healthy tissues by migrating through sub-cellular or sub-nuclear constrictions in the basal membrane or the extracellular matrix. Current therapies to co...
doi.org
April 11, 2025 at 9:29 AM
📄 Read the full study here: doi.org/10.1080/2993...
#CancerResearch #Theramechanics #MathematicalBiology #ComputationalModeling #MedicalInnovation #InSilicoScience
#CancerResearch #Theramechanics #MathematicalBiology #ComputationalModeling #MedicalInnovation #InSilicoScience
By integrating biology & mechanics, this study opens new possibilities for mechanics-based cancer therapies. Could targeting nuclear stiffness and shape be a game-changer for cancer treatment?
April 11, 2025 at 9:29 AM
By integrating biology & mechanics, this study opens new possibilities for mechanics-based cancer therapies. Could targeting nuclear stiffness and shape be a game-changer for cancer treatment?
🔑 Key takeaways:
✅ Cancer cells must deform their nuclei to invade new tissues.
✅ The nucleus acts as a mechanical regulator of movement.
✅ Theramechanics—modifying nuclear properties—could open new treatment avenues.
✅ Cancer cells must deform their nuclei to invade new tissues.
✅ The nucleus acts as a mechanical regulator of movement.
✅ Theramechanics—modifying nuclear properties—could open new treatment avenues.
April 11, 2025 at 9:29 AM
🔑 Key takeaways:
✅ Cancer cells must deform their nuclei to invade new tissues.
✅ The nucleus acts as a mechanical regulator of movement.
✅ Theramechanics—modifying nuclear properties—could open new treatment avenues.
✅ Cancer cells must deform their nuclei to invade new tissues.
✅ The nucleus acts as a mechanical regulator of movement.
✅ Theramechanics—modifying nuclear properties—could open new treatment avenues.
Using computer simulations, the research models how cells move through spaces smaller than their nucleus. By adjusting nuclear stiffness & shape, it explores new ways to control cancer spread. This approach is called theramechanics. 🖥️
April 11, 2025 at 9:29 AM
Using computer simulations, the research models how cells move through spaces smaller than their nucleus. By adjusting nuclear stiffness & shape, it explores new ways to control cancer spread. This approach is called theramechanics. 🖥️
The nucleus is the stiffest and largest part of the cell—it can act as a physical barrier to movement. What if we could limit cancer spread by changing its mechanical properties? This study investigates that question. 💡
April 11, 2025 at 9:29 AM
The nucleus is the stiffest and largest part of the cell—it can act as a physical barrier to movement. What if we could limit cancer spread by changing its mechanical properties? This study investigates that question. 💡