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High-resolution map of the human placenta reveals COVID virus hideouts

High-resolution map of the human placenta reveals COVID virus hideouts
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United statesBaylor college of medicineEmma meyerKjerstim aagaardEnrico barrozoBaylor collegeTexas childrenEmma meyer chairHuman placenta revealedSpatial transcriptomics

Johns Hopkins develops AI tool that can detect tumor cell interactions

Researchers from Johns Hopkins have created a machine learning algorithm, SpaceMarkers, to identify molecular interactions among cells in and around tumors.

Johns hopkinsBaltimore based johns hopkinsSpatial transcriptomicsJohns hopkinsMachine learningMolecular interactionsTumor microenvironmentEne expressionNtercellular interactionsTumor progression

MGI and South Australian Genomics Centre Introduce DNBSEQ-T7

Brisbane, Australia 27th April 2023 - MGI and South Australian Genomics Centre (SAGC) are proud to announce their joint efforts to advance genomics research in Australia by introducing the country's first commercial ultra-high throughput sequencer DNBSEQ-T7 , through MGI's local distributor Decode Science.

South australiaBicheng yangDavid lynnSen wangAustralian genomics centreCentre managerSouth australian genomics centreSpatial transcriptomicsScientific directorEuropean privacy sealExome sequencingHigh throughputWhole genome sequencing

MGI and South Australian Genomics Centre Introduce DNBSEQ-T7* to Supercharge Genomics Research in Australia

BRISBANE, Australia, April 27, 2023 /PRNewswire/ – MGI and South Australian Genomics Centre (SAGC) are proud to announce their joint efforts to.

Hong kongUniversity of south australiaSouth australiaUnited kingdomUniversity of adelaideFlinders universityCzech republicHong kong coolSen wangBicheng yangDavid lynnStephanie sunFlinders university professorResearch instituteAustralian genomics centreAustralian wine research institute

High-speed four-camera set-up for spatial transcriptomics

Spatial biology techniques are advancing rapidly as powerful tools to gain an in-depth understanding of tissues and their cellular organization. In this application note, CrestOptics presents a high-speed four-camera set-up, based on CrestOptics confocal technology, used by Dr. Bayraktar’s group in the Wellcome Sanger Institute for spatial transcriptomics analysis. Dr. Bayraktar and collaborators developed and optimized a large-scale spatial transcriptomics pipeline, consisti

Wellcome sanger instituteApplication noteFluorescence in situ hybridizationSpatial transcriptomicsSpatial biologyHigh speed