Top Tweets for #learningWednesday
Girl to Girl:::
Watch and learn, stop blaming the Innocent man. Do your work 🤭😊
#LearningWednesday
Girl to Girl:::
Watch and learn, stop blaming the Innocent man. Do your work 🤭😊
#LearningWednesday
Girl to Girl:::
Watch and learn, stop blaming the Innocent man. Do your work 🤭😊
#LearningWednesday
🎗️ #LearningWednesday meets #WorldCancerDay
Almost everyone has been touched by cancer.
That is why the work behind every sample and dataset matters.
Cancer grows across depth.
Cancer is 3D. Our measurements should be too.
Video source: https://t.co/S7mqDFeKVx
A child's problem-solving skills begin with your guidance. Spark their thinking, fuel their curiosity, and watch them tackle challenges.
#pharoschoolkigali #learningwednesday
We raise students to be caring, thoughtful, and courageous learners who believe in peace and justice for every child.
#pharoschoolkigali #learningwednesday #educationaltrips
#CambridgeEducation
Happy #LearningWednesday!
This review shows how 3D imaging reveals tumor structure, immune niches & metastasis routes missed in 2D. A glimpse into the future of cancer research & diagnostics. https://t.co/qItzZScASC
Explore more 3D insights:
🌐 https://t.co/SZXAceOY60
Every word learned is a step towards confident communication! Here are tips for you.
#learningwednesday #pharoschoolkigali
#LearningWednesday
#Disability is not always #visible. We have many #invisible disabilities that people tend to overlook—due to misinformation, ignorance, or just genuine lack of information. In this article, Danna shares workplace etiquette on invisible
https://t.co/0EVmHHaTOf
Smart eating equals smart thinking! Make smart food choices for your kid's brain. Here are some tips for you.
#learningWednesday #pharoschoolkigali
Happy #LearningWednesday! Today, let's review the excellent work "AI-driven 3D Spatial Transcriptomics.” Where VORTEX is presented: an AI framework that predicts 3D transcriptomic profiles from minimal 2D data: https://t.co/3Gmd6wfrln
Happy #LearningWednesday! Today, let's review this paper https://t.co/ERIcU0mzTq describing how Skin-iDISCO+ enables 3D vascular imaging, efficient decolorization, and minimal tissue deformation, overcoming 2D limitations. https://t.co/9wGF9mY0Mf
Happy #LearningWednesday! Let's review the paper: “INSIHGT: an accessible multi-scale, multimodal 3D spatial biology platform.” INSIHGT enables deep, 3D staining, bridging histology and pathology for research and clinical use. https://t.co/Mj2qKYeplN https://t.co/26x7VWUyu0
Welcome to this #LearningWednesday! This month, Nature Methods features an entire section on 3D histology! Emphasizing the importance of analyzing tissues in their full 3D context. Today, let’s dive into the editorial for this special session: https://t.co/CHWm0iFqI9
Happy #LearningWednesday! We present a recent study titled "Innervation of nociceptor neurons in the spleen promotes germinal center responses and humoral immunity." Get ready to be delighted by stunning images of the 3D structure of nociceptive neurons: https://t.co/8Loe1jzOXr
Happy #LearningWednesday! “Multiplexed 3D Analysis of Immune States and Niches in Human Tissue”. A high-res 3D imaging approach that reveals detailed cell interactions and structures in tissue, offering insights into melanoma beyond traditional 2D imaging. https://t.co/CC3OssUHo5
Happy #LearningWednesday! Let's review the Cell paper from Andrew Song & Prof Mahmood's lab https://t.co/UPJI1VKFz8! Showing how 3D analysis surpasses 2D, presenting Tripath,a novel method for non-destructively analyzing 3D pathology samples with the help of weakly supervised AI
Happy #LearningWednesday! Enjoy the unique deep dive into the winner of our 3D-paper poll! Discover more on our LinkedIn page: https://t.co/RkQ5OkLLWf
A special #LearningWednesday! Congrats to Professor Valerie Yang (@val_yang) on winning the Alpenglow 3D I/O Pro Assay Grant with her project on 3D imaging of lymphoid structures! Big thanks to all participants for submitting exciting projects! Discover the 3D project below.
Happy #LearningWednesday! This paper describes a new tool for 3D imaging of PD-L1 in triple-negative breast cancer that revealed spatial variations missed by traditional 2D methods, promising improved patient selection for immunotherapy. https://t.co/2A0PVxJRq4
Happy #LearningWednesday! Let's delve into how advanced non-destructive 3D imaging technologies reveal tumor heterogeneity and assess PD-L1 expression in non-small cell lung cancer, uncovering depth-level variations missed in traditional imaging methods. https://t.co/NLn50Qga4v
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