#DiseaseBiology

2023-08-17

Check out the brand new Editorial from our Editor-in-Chief Liz Patton @patton_lab & Ed Board member Rich White @NDMOxford on the unique advantages of using adult #zebrafish to study human #DiseaseBiology 🐟

📰journals.biologists.com/dmm/ar #OpenAccess

An image of three adult zebrafish swimming in a laboratory tank.
2023-07-31

We recently welcomed some fantastic new Editors to our journal!

James Amatruda #ChildrensLA, Karen Liu #KingsCollegeLondon, Sumana Sanyal #Dunn_School #uniofoxford, Ian Smyth #MonashUni & Eckhard Wolf #lmu_muenchen bring a wealth of expertise in a range of #DiseaseBiology fields 🎉

From studies in #cancer to #DevelopmentalDisorders #virology #diabetes & #KidneyDisease, our new editors look forward to handling your research and resource articles

📰journals.biologists.com/dmm/ar #OpenAccess

2023-03-08

Catch up with the latest and greatest #DiseaseModelling research: Our latest issue is now complete!

It features:
👩‍🔬Editorial on #WomenInSTEM
🧬Perspective and Reviews on the power and promise of genetics, from precise #GenomeEditing to the need for #inclusion to ensure the success of #SickleCell #GeneTherapy
🧪Excellent #DiseaseBiology Research & Resource articles, from drug discovery for #malaria to #RareDisease modelling.
All #OpenAccess!

📘journals.biologists.com/dmm/is

Journal cover with title Disease Models & Mechanisms on top, and underneath an image of humanized Drosophila salivary gland, in which human P-cadherin (magenta) is expressed alongside a Myocardin-related transcription factor and GFP (green). Nuclei were stained with DAPI (blue). More in article by Faria et al. (dmm049652)
2023-01-06

Our latest issue is full of wonderful #OpenAccess #DiseaseBiology science & a generous sprinkling of community spirit:

🦠Professors Pascale Cossart and Serge Mostowy reflect on Louis #Pasteur's legacy
🧠A Special article discusses the bench-to-bedside pipeline in #neuroscience
🐟A new way of seeing #disease processes in a transparent #fish D.cerebrum:

📖journals.biologists.com/dmm/is

Lateral views of a live adult double-transgenic fish Danionella cerebrum. The animal was imaged using a custom-designed chamber for standard confocal microscopy. This setup can facilitate longitudinal studies using D. cerebrum as a disease model. Here, macrophages and microglia were genetically labelled by expressing Dendra2, in green, and endothelial cells were labelled by expressing a membrane-targeted mCherry, in magenta. Green channel image of the fish on top, magenta in the middle and merged view on the bottom. 
The image is on DMM's cover, so includes the standard journal header on a white background: Volume 15-12 December 2022 Disease Models & Mechanisms

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