Our latest work: "Sprint interval exercise disrupts mitochondrial ultrastructure, driving a unique mitochondrial stress response and remodelling in men" has been accepted in Nature Communications and will soon be online 😊

Our latest work in @natureComms, led by @javi_iup: Sprint exercise disrupts mitochondrial ultrastructure, driving a unique mito stress response & remodelling in men https://t.co/vfhUZgejMs supports targeted exercise prescriptions to achieve specific mito adaptations. Thread 🧵👇🏽

#BloodBrainBarrier "microglia are NOT necessary for the maintenance of BBB structure, function, or gene expression in the healthy brain"🤓 Evidence from >95% microglia depletion by PLX5622, a CSF1R inhibitor (1 mo) & BBB ultrastructure PLX5622 ⏫#EndothelialCell LDLR &

Thrilled to announce our article is accepted in Pneumonia! Congrats to first authors Dr. Meg Francis, a former MSRP scholar @UMMCnews, and Anita Vidal (CMB). We developed a technology detecting pneumococcus in sputum in 30 minutes and gained new insights into its ultrastructure

Deep Learning Enables Automated Segmentation and Quantification of Ultrastructure from Transmission Electron Microscopy Images Anqi Zou et al. https://t.co/GLq5AlauMj

🔬 The EMBO Practical Course 'Ultrastructure expansion microscopy' came to an end yesterday 🌟 Thanks to the participants and organisers of #EMBOExM for their invaluable contributions to the success of this course 🙏 Wishing you all the best in your future endeavors ✨

(1/2) A new study from EMBL researchers and their collaborators provides unprecedented insights into the cellular architecture of over 200 species of plankton – tiny but ecologically critical marine organisms – using ultrastructure expansion microscopy. https://t.co/usblCK1KOV

This #ASNJASN study used high-resolution 3D imaging to explore the ultrastructure of kidney proximal tubule cells, revealing new insights into their complex organization. Read more: https://t.co/TkpZ5JTQtV

Excitation–Contraction Coupling in Ventricular Myocytes This beautiful illustration captures the ultrastructure and physiology of how the heart beats at the cellular level. When an action potential reaches the ventricular myocyte, it travels along the sarcolemma and dives into

[COURSE] We invite you to 3D-CLEM: Imaging Function and Ultrastructure practical course organized by the IMCF at BIOCEV in November 18-21, 2025. For more info and registration link visit our website or scan the QR code in the image below:

中鉢 淳 准教授らのアジアミカンキジラミの防御的細菌共生体に存在する謎の管状超微細構造に関する@Nature_NPJ Imaging #OA #論文 Enigmatic tubular ultrastructure in the bacterial defensive symbiont of the Asian citrus psyllid Diaphorina citri https://t.co/0zA2rQHb1w #オープンアクセス

Explore new discoveries from the ultrastructure of life! In a series of six webinars, explore the technological underpinnings of Volume EM imaging and its growing number of application areas in #neurobiology, cancer research, developmental #biology, #plantscience, and more.

If you are at the #CGUE Conference on Unicellular Eukaryotes and interested in excavates, ultrastructure, multigene phylogeny and eukaryote evolution, please check out our poster with the description of a new Heterolobosean lineage!

Title : 'Ultrastructure of Confusion'

Have you applied for the EMBO Practical Course 'Ultrastructure expansion microscopy: from cells to tissue' yet? #EMBOExM 🔬 It is designed for cell biologists, parasitologists, and researchers interested in advancing their microscopy skills. Join us to explore U-ExM techniques

🔬 Introducing the Rodent Ultrastructure Atlas! NIEHS scientist Ron Herbert describes the National Toxicology Program’s new resource for pathology and toxicology research. #NIEHStox

Professor Lelio Orci conducted trailblazing research on the ultrastructure and immunocytochemistry of beta cells, enhancing the understanding of insulin synthesis, storage, secretion, action, and the regulation of pancreatic hormone secretion. More about #KingFaisalPrize

Convergent and adaptive #evolution drove change of secondary cell wall ultrastructure in extant lineages of #seed plants A #Letter by Jan J. Lyczakowski and Raymond Wightman 👇 📖 https://t.co/hdROfk3Whg #LatestIssue @wileyplantsci

New preprint, the first after my my PhD. Link to article: https://t.co/EVm0uXiWWx We investigate how high-altitude exposure affects mitochondrial subcellular distribution, ultrastructure, respiratory control, and intrinsic mitochondrial respiratory capacity. 1/6