News & Industry Insights
A curated round-up of recent advances in the life sciences — neuroscience, tissue imaging, histology and laboratory instrumentation — gathered from leading journals and institutions worldwide.
CoolMPS 600 sequencer extends single-end reads to 600 bases
At the ASHG 2026 annual meeting, Complete Genomics showcased the CoolMPS 600 sequencer, which extends single-end reads to 600 bases to improve analysis of difficult genomic regions, alongside expanded multi-omics capabilities of the DNBSEQ-T7+ platform.
Source: Complete Genomics (ASHG 2026)Spatial atlas of endometriosis maps nerve-immune interactions driving pain
Researchers at The Jackson Laboratory and UConn Health built the most detailed spatial atlas to date of human endometriosis lesions, published in Nature Communications, showing that sensory neurons cluster around epithelial gland cores where they interact with immune cells — clues to the chronic pain and inflammation that affect about one in ten women.
Source: Nature Communications / The Jackson Laboratory, UConn HealthAI tool VIMA reads tissue "fingerprints" to find disease hotspots earlier
A team at Mass General Brigham and the Broad Institute introduced VIMA, a deep-learning framework published in Nature Methods that turns the spatial distribution of genes, proteins and cells within intact tissue sections into digital "fingerprints", statistically linking disease-associated spatial microstructures to conditions such as arthritis and dementia.
Source: Nature Methods / Mass General Brigham, Broad InstituteStructural biologists capture the spliceosome final act of self-disassembly
A team led by Clemens Plaschka at the IMP (Vienna BioCenter) used cryo-EM, published in Nature, to reveal how three RNA helicases work in relay to dismantle the human spliceosome after RNA splicing completes and to release the discarded intron — redrawing the textbook pathway of spliceosome termination.
Source: Nature / IMP, Vienna BioCenterPASTA amplification enables high-plex multimodal spatial biology on tissue sections
Broad Institute researchers present PASTA, a tyramide-oligonucleotide amplification method compatible with conjugated antibodies and in situ hybridization, enabling simultaneous high-plex protein and RNA profiling on the same tissue slice to narrow the gap between discovery and clinical spatial assays.
Source: Broad Institute of MIT and Harvard1-gram wireless mesoscope Airscope images the whole cortex in freely moving mice
A Tsinghua University and PLA General Hospital team presents Airscope, a 1-gram wireless mesoscope delivering single-cell resolution across a 6 mm field of view, recording more than 8,500 neurons per animal without cables — a 25-fold increase over existing head-mounted devices.
Source: Nature / Tsinghua UniversityA secreted brain enzyme may protect memory during aging
Mass General Brigham and Harvard researchers report in Nature Neuroscience that the secreted phospholipase PLA2G2F rises with age and reduces neuroinflammation and synapse loss in mice, correlating with preserved cognition in aged human brains despite Alzheimer’s pathology.
Source: Nature Neuroscience / Mass General Brigham, Harvard Medical SchoolActivating just ~20 motor cortex neurons can trigger a learned movement
UC San Diego researchers combined two-photon calcium imaging with holographic optogenetics to show that brief stimulation of a small ensemble of early-onset layer 2/3 neurons in mouse primary motor cortex causally induces learned skilled movements.
Source: Nature / UC San DiegoPTPRS identified as the host receptor that lets tetanus toxin invade the CNS
A Harvard Medical School and Boston Children’s Hospital team identified the receptor tyrosine phosphatase PTPRS as the host factor guiding tetanus neurotoxin’s retrograde transport into the spinal cord, solving a century-old question and suggesting new antitoxin and drug-delivery targets.
Source: Cell / Harvard Medical School, Boston Children’s HospitalStanford label-free microscope resolves living cells down to 120 nanometers
A new interferometric image scanning microscope at Stanford combines two advanced optical techniques to image multiple structures inside living cells in real time at about 120 nm resolution — without fluorescent labels.
Source: Stanford University (via ScienceDaily)AI model decodes the language cells use to communicate
MIT researchers built a machine-learning framework that predicts how combinations of signaling molecules drive distinct cell behaviors, offering a systematic way to design communication-based cell therapies.
Source: MIT News“Cell villages” map how genetics shape the growth of human brain cells
UCLA scientists pooled hundreds of genetically distinct stem-cell lines into shared cultures and used single-cell analysis to reveal how human genetic variation influences neuronal development — with implications for personalized neuropsychiatric medicine.
Source: UCLAHuman cortical organoids form functional circuits in “xenocortical” mice
A Stanford-led Nature study describes mice engineered to lack most of their cortex so transplanted human cortical organoids can expand, differentiate into diverse human neural cell types, and integrate functionally with host circuits — a model for studying human brain development and disease.
Source: Nature / Stanford UniversityAlveolar stem cells cross anatomical borders to rebuild damaged airways
A Nature study from CAS researchers shows, via dual-recombinase lineage tracing, that lung alveolar AT2 stem cells migrate into injured bronchioles and transdifferentiate into club and ciliated cells, driven by SPP1-ITGB1 and Notch signaling.
Source: Nature (CAS Center for Excellence in Molecular Cell Science)Nobel Prize in Physiology or Medicine 2026 awarded for optogenetics
The 2026 Nobel Prize in Physiology or Medicine honors the pioneers of optogenetics, the technology that lets researchers control neurons with light and has transformed the study of brain circuits in health and disease.
Source: Nobel Prize OrganizationNew tissue-imaging method links immune-cell spatial organization to cancer outcomes
Karolinska Institutet researchers present an imaging and analysis approach that quantifies how immune cells are spatially organized within tumors, linking tissue architecture patterns to patient prognosis.
Source: Karolinska Institutet (via Medical Xpress)ULTRA delivers stain-free 3D histology fast enough for the operating room
A Cell paper introduces ULTRA, a label-free, section-free platform combining ultrarapid tissue clearing with stimulated Raman microscopy and AI, compressing 3D histology from days to intraoperative timescales and mapping depth-dependent glioma infiltration.
Source: CellThese items are brief original-language summaries provided for information purposes only, with attribution and links to the original publishers. All trademarks, article titles and content remain the property of their respective copyright holders; no original text is reproduced. For details, please refer to the linked original sources.