Dimolab

Immersive Teaching Lab in the School of Veterinary Science University of Liverpool from building to use: Gross pathology class usong virtual organs.

@CraigHorbinski @NeuroOnc @TheUSCAP @neuropathology @BrainTumorInst @NUFeinbergMed @NeurosurgeryNM Hematoidin

Macrophages gobbling up some yellow stuff in a cerebral hemorrhagic infarct. What's that yellow stuff called? #pathology #neuropath #PathTwitter

Our recent publication exploring the application of AI to Lymphoma diagnosis in dogs. Congratulations to Magdalena our Vet Student

Merry Christm-A.I.-s to all: keep training in 2024

Fantastic team for our 3rd year project 2023 at the School of Veterinary Science in DiMoLab: Lydia and Ellie using convolutional neural networks applied to canine tumours. #artificialintelligence #liverpoolvetschool #deeplearning #vetsofthefuture #pathology

Congratulations to Andreea Luchian for publishing a new simple method to get the best out of two techniques: Colour Deconvolution and A.I, to better quantify immunohistochemical stains; #immunohistochemistry #deeplearning #pathology #artificialintelligence #imageanalysis

3D model simulating an X-Ray of a horse skull

Introducing our new "In The Lab" video series! 📹 Join us each month for an inside look at cutting-edge research, teaching & innovation taking place across our Faculty. First up: @DiMoLab_UoL, where scanning, image analysis, 3D printing & AI meet! 🤖📸 youtu.be/mTiZ26pSr6M

Testing Mixed Reality for near future teaching

Researchers from @LivUni & @NHM_London are appealing for dog owners to put their pooch forward for a new study🐶 They want to greater understand the intricacies of canine anatomy and movement, to enhance health and welfare. Read more news.liverpool.ac.uk/2023/10/20/uni…

The beauty of felids anatomy

Modelling anatomy specimens in DiMoLab

A clear sign to avoid GPUs learning being disturbed!

The Magic of glass-free-3D is coming to DiMoLab @Alioscopy

Exploring the structure of mouse lung: 3D model from confocal microscopy

Things have changed on how we count cells in histological slides...

This #TechnicalTuesday we are highlighting the deep-learning method employed by @AndreeaLuchian6 and colleagues to quantify acute kidney injury in a mouse model. 📖@BiologyOpen: journals.biologists.com/bio/article/12…

Latest paper from Andreea Luchian @DiMoLab: “Quantifying acute kidney injury in an Ischaemia-Reperfusion Injury mouse model using deep-learning-based semantic segmentation in histology”.

A minute in the mind of a Convolutional Neural Network under the microscope

Just planted in BiO 🌳@BiologyOpen @DiMoLab_UoL @PMurray_65 @WilmScience Quantifying acute kidney injury in an Ischaemia-Reperfusion Injury mouse model using deep-learning-based semantic segmentation in histology forest.biologists.com/landscape/?id=…