I'm paying so much attention to describing the images that I'm not able to really take note of what she's saying as well.
(Reminder for our early career researchers: never less than 1 minute per slide, and slides like this should take >1 min to describe and explain.)
(Reminder for our early career researchers: never less than 1 minute per slide, and slides like this should take >1 min to describe and explain.)
September 24, 2026 at 2:11 PM
I'm paying so much attention to describing the images that I'm not able to really take note of what she's saying as well.
(Reminder for our early career researchers: never less than 1 minute per slide, and slides like this should take >1 min to describe and explain.)
(Reminder for our early career researchers: never less than 1 minute per slide, and slides like this should take >1 min to describe and explain.)
Most strikingly, transcriptionally similar valve-mesenchymal cells can have fundamentally different origins: epicardial/mesodermal or neural crest. (disclaimer, endocardium was not targeted with our approach)
So, cell state (convergent mesenchyme) does not reveal developmental history.
So, cell state (convergent mesenchyme) does not reveal developmental history.
September 23, 2026 at 5:00 PM
Most strikingly, transcriptionally similar valve-mesenchymal cells can have fundamentally different origins: epicardial/mesodermal or neural crest. (disclaimer, endocardium was not targeted with our approach)
So, cell state (convergent mesenchyme) does not reveal developmental history.
So, cell state (convergent mesenchyme) does not reveal developmental history.
We next barcoded mesoderm and analyzed heart development with single cell lineage tracing and VisiumHD to again annotate all the new cell types with high confidence.
September 23, 2026 at 5:00 PM
We next barcoded mesoderm and analyzed heart development with single cell lineage tracing and VisiumHD to again annotate all the new cell types with high confidence.
So we barcoded mesoderm at E7.5, and analyzed liver development at E16.5 with single cell lineage tracing and VisiumHD to annotate the many new cell types/states in a spatially aware manner, with high confidence.
September 23, 2026 at 5:00 PM
So we barcoded mesoderm at E7.5, and analyzed liver development at E16.5 with single cell lineage tracing and VisiumHD to annotate the many new cell types/states in a spatially aware manner, with high confidence.
We contributed to map enriched cell types in developing brain proliferating progenitors (cortical size) and postmitotic neurons (ADHD) share a spatiotemporally regulated neurogenic gene programme, using in 10x Genomics Visium data.
September 23, 2026 at 1:05 PM
We contributed to map enriched cell types in developing brain proliferating progenitors (cortical size) and postmitotic neurons (ADHD) share a spatiotemporally regulated neurogenic gene programme, using in 10x Genomics Visium data.
$VISM — Officer Change
Visium Technologies, Inc. filed an 8-K on June 30, 2026, to rescind the appointment of David Pierce as an independent director, effective that same date, due to personal reasons.
🧵 continued ↓
Visium Technologies, Inc. filed an 8-K on June 30, 2026, to rescind the appointment of David Pierce as an independent director, effective that same date, due to personal reasons.
🧵 continued ↓
September 16, 2026 at 6:46 PM
$VISM — Officer Change
Visium Technologies, Inc. filed an 8-K on June 30, 2026, to rescind the appointment of David Pierce as an independent director, effective that same date, due to personal reasons.
🧵 continued ↓
Visium Technologies, Inc. filed an 8-K on June 30, 2026, to rescind the appointment of David Pierce as an independent director, effective that same date, due to personal reasons.
🧵 continued ↓
⚠️ $VSTM Visium Technologies : Board reduced to only 2 directors (CEO and CFO) after rescinding an independent director appointment. This raises severe corporate governance and oversight concerns, increasing risk of mismanagement. [HIGH RISK]
September 16, 2026 at 5:16 PM
⚠️ $VSTM Visium Technologies : Board reduced to only 2 directors (CEO and CFO) after rescinding an independent director appointment. This raises severe corporate governance and oversight concerns, increasing risk of mismanagement. [HIGH RISK]
📰 #Finance
"Deployment with a Tier 1 North American MSO shows how ATX’s Visium Venue and Visium MD Multimedia Gateways let service providers launch managed video offerings faster across bars, restaurants and multi-dwelling properties SAN DIEGO, Sept. 16, 2026 (GLOBE NEWSWIRE) —…"
"Deployment with a Tier 1 North American MSO shows how ATX’s Visium Venue and Visium MD Multimedia Gateways let service providers launch managed video offerings faster across bars, restaurants and multi-dwelling properties SAN DIEGO, Sept. 16, 2026 (GLOBE NEWSWIRE) —…"
The Screen Sync Problem, Solved at Scale: How ATX Networks’ Visium Platform Is Rewiring Managed Video
financialpost.com
September 16, 2026 at 4:42 PM
VISIUM TECHNOLOGIES, INC. (0001082733) (Filer) (cik: 0001082733) filed an 8-K update with an Item 5.02. See the filing at https://www.sec.gov/Archives/edgar/data/1082733/000165495426008404/0001654954-26-008404-index.htm
September 16, 2026 at 1:38 PM
VISIUM TECHNOLOGIES, INC. (0001082733) (Filer) (cik: 0001082733) filed an 8-K update with an Item 5.02. See the filing at https://www.sec.gov/Archives/edgar/data/1082733/000165495426008404/0001654954-26-008404-index.htm
Ah! The epilogue! We had observed E2-E4 differences in expression of astrocyte-assoc. genes in the LC region on Visium. With our cell-resolution data, we wanted to follow this up. Controlling for genomic ancestry, we couldn't find it--because the effect turned out to be predom. a Euro E4-E2 diff.
September 11, 2026 at 7:00 PM
Ah! The epilogue! We had observed E2-E4 differences in expression of astrocyte-assoc. genes in the LC region on Visium. With our cell-resolution data, we wanted to follow this up. Controlling for genomic ancestry, we couldn't find it--because the effect turned out to be predom. a Euro E4-E2 diff.
Using this unprecedently large amount of transcriptome-wide (Visium) data from human LC, we examined how sex, APOE genotype, and ancestry are associated with gene expression in LC and surrounding regions. 4/x
September 11, 2026 at 6:56 PM
Using this unprecedently large amount of transcriptome-wide (Visium) data from human LC, we examined how sex, APOE genotype, and ancestry are associated with gene expression in LC and surrounding regions. 4/x
To that point, here's a tabulation of LC Visium spots and single nuclei from our prior human study (W-D) compared to the current dataset (not including (note that the single-nuc number gets up to 760 in a recent cross-dataset integration link.springer.com/article/10.1...). 3/x
September 11, 2026 at 6:56 PM
To that point, here's a tabulation of LC Visium spots and single nuclei from our prior human study (W-D) compared to the current dataset (not including (note that the single-nuc number gets up to 760 in a recent cross-dataset integration link.springer.com/article/10.1...). 3/x
And that wasn’t quite all 👀… Raphaël Mauron (KTH Royal Institute of Technology) led the super 🫀 Visium hands-on session, and later, Katarina Dragicevic & Dorottya Ralbovszki (both BRIC, University of Copenhagen) did a great job guiding students through processing 🧠 Xenium sections. 🧵
September 2, 2026 at 8:18 PM
And that wasn’t quite all 👀… Raphaël Mauron (KTH Royal Institute of Technology) led the super 🫀 Visium hands-on session, and later, Katarina Dragicevic & Dorottya Ralbovszki (both BRIC, University of Copenhagen) did a great job guiding students through processing 🧠 Xenium sections. 🧵
The V4SDB Summer School 2026 on Spatial Transcriptomics has been rolling since yesterday in Budapest 🔬, with excellent talks from Enikő Lázár (KTH Royal Institute of Technology) and Konstantin Khodosevich (BRIC, University of Copenhagen; @khodosevichlab.bsky.social ) on 🫀 Visium and 🧠 Xenium 🧵
September 2, 2026 at 8:18 PM
The V4SDB Summer School 2026 on Spatial Transcriptomics has been rolling since yesterday in Budapest 🔬, with excellent talks from Enikő Lázár (KTH Royal Institute of Technology) and Konstantin Khodosevich (BRIC, University of Copenhagen; @khodosevichlab.bsky.social ) on 🫀 Visium and 🧠 Xenium 🧵
Also check work from @jennyoung.bsky.social where they combine Visium HD with nano-indentation. Exciting to see where these new methods takes us!
We are especially excited to have uploaded this back-to-back with @huanting-ong.bsky.social and @jennyoung.bsky.social at the @mbisg.bsky.social who performed nano-indentation paired with Visium HD in the ageing mouse ovary!
doi.org/10.64898/202...
doi.org/10.64898/202...
doi.org
September 2, 2026 at 11:53 AM
Also check work from @jennyoung.bsky.social where they combine Visium HD with nano-indentation. Exciting to see where these new methods takes us!
We are especially excited to have uploaded this back-to-back with @huanting-ong.bsky.social and @jennyoung.bsky.social at the @mbisg.bsky.social who performed nano-indentation paired with Visium HD in the ageing mouse ovary!
doi.org/10.64898/202...
doi.org/10.64898/202...
doi.org
September 1, 2026 at 8:06 AM
We are especially excited to have uploaded this back-to-back with @huanting-ong.bsky.social and @jennyoung.bsky.social at the @mbisg.bsky.social who performed nano-indentation paired with Visium HD in the ageing mouse ovary!
doi.org/10.64898/202...
doi.org/10.64898/202...
We probed two 20 µm thick directly adjacent cryosections each from 10 colorectal cancer liver metastasis patients. Using AFM and Visium Spatial Transcriptomics we created high resolution stiffness and gene expression maps that we spatially registered via a custom image registration pipeline.
September 1, 2026 at 7:58 AM
We probed two 20 µm thick directly adjacent cryosections each from 10 colorectal cancer liver metastasis patients. Using AFM and Visium Spatial Transcriptomics we created high resolution stiffness and gene expression maps that we spatially registered via a custom image registration pipeline.
Using the aging mouse ovary, we co-registered tissue stiffness with 10x Visium HD data from the immediately adjacent tissue plane, generating 2,915 spatially matched stiffness-transcriptome measurements across 21 regions.
2/7
2/7
September 1, 2026 at 5:28 AM
Using the aging mouse ovary, we co-registered tissue stiffness with 10x Visium HD data from the immediately adjacent tissue plane, generating 2,915 spatially matched stiffness-transcriptome measurements across 21 regions.
2/7
2/7
Because Flexify-designed probes also work on Visium, this extends naturally to spatial transcriptomics — and the same framework can target any expressed structural variant that produces a novel junction e.g. indels, splice variants, etc., from any assay that resolves the junction sequence.
August 31, 2026 at 1:52 AM
Because Flexify-designed probes also work on Visium, this extends naturally to spatial transcriptomics — and the same framework can target any expressed structural variant that produces a novel junction e.g. indels, splice variants, etc., from any assay that resolves the junction sequence.
Meet Flexify (github.com/Oshlack/flex...): our open-source R package that takes known fusion breakpoint seqs (from bulk RNA-seq or any other assay) and automatically designs custom capture probes for 10x Genomics Flex and Visium.
GitHub - Oshlack/flexify: Automated fusion and non-fusion probe design for the 10x Genomics Flex platform
Automated fusion and non-fusion probe design for the 10x Genomics Flex platform - Oshlack/flexify
github.com
August 31, 2026 at 1:42 AM
Meet Flexify (github.com/Oshlack/flex...): our open-source R package that takes known fusion breakpoint seqs (from bulk RNA-seq or any other assay) and automatically designs custom capture probes for 10x Genomics Flex and Visium.
Visium Plus Review: Does This Eye Health Formula Actually Work?
Visium Plus Review: If you're noticing changes in your vision or want to protect your eye health as you age, you've probably come across Visium Plus. This supplement claims to support long-term eye health using natural ingredients.…
Visium Plus Review: If you're noticing changes in your vision or want to protect your eye health as you age, you've probably come across Visium Plus. This supplement claims to support long-term eye health using natural ingredients.…
Visium Plus Review: Does This Eye Health Formula Actually Work?
Visium Plus Review: If you're noticing changes in your vision or want to protect your eye health as you age, you've probably come across Visium Plus. This supplement claims to support long-term eye health using natural ingredients. But does it deliver? After reviewing the formula, ingredient list, pricing, and company guarantees, here's what you need to know before making a decision.
isgoodhealth.com
August 29, 2026 at 5:55 PM
Visium Plus Review: Does This Eye Health Formula Actually Work?
Visium Plus Review: If you're noticing changes in your vision or want to protect your eye health as you age, you've probably come across Visium Plus. This supplement claims to support long-term eye health using natural ingredients.…
Visium Plus Review: If you're noticing changes in your vision or want to protect your eye health as you age, you've probably come across Visium Plus. This supplement claims to support long-term eye health using natural ingredients.…
📢 Visium Resources is #hiring a Pre-Construction Manager!
Apopka, FL, US
🔗 http://jbs.ink/QSRTC386cJu7
#jobalert #jobsearch #constructionjobs
Apopka, FL, US
🔗 http://jbs.ink/QSRTC386cJu7
#jobalert #jobsearch #constructionjobs
August 29, 2026 at 3:12 AM
📢 Visium Resources is #hiring a Pre-Construction Manager!
Apopka, FL, US
🔗 http://jbs.ink/QSRTC386cJu7
#jobalert #jobsearch #constructionjobs
Apopka, FL, US
🔗 http://jbs.ink/QSRTC386cJu7
#jobalert #jobsearch #constructionjobs
August was good to #expressRNA: two new analysis types.
🗺️ Spatial Patterns — compare polyA usage & expression across multiple Visium sections between conditions (v1 + v2)
📈 Gene expression time courses from RNA-seq — plot expression across your own ordered sample sequence
🗺️ Spatial Patterns — compare polyA usage & expression across multiple Visium sections between conditions (v1 + v2)
📈 Gene expression time courses from RNA-seq — plot expression across your own ordered sample sequence
August 28, 2026 at 6:21 PM
August was good to #expressRNA: two new analysis types.
🗺️ Spatial Patterns — compare polyA usage & expression across multiple Visium sections between conditions (v1 + v2)
📈 Gene expression time courses from RNA-seq — plot expression across your own ordered sample sequence
🗺️ Spatial Patterns — compare polyA usage & expression across multiple Visium sections between conditions (v1 + v2)
📈 Gene expression time courses from RNA-seq — plot expression across your own ordered sample sequence
Several snRNA-seq references have recently been published describing the cell type diversity in the human amygdala. We were able to take these references (both Yu et al. and our previous dataset) and spatially map them into both our Visium and Xenium datasets. 6/12
August 27, 2026 at 12:14 PM
Several snRNA-seq references have recently been published describing the cell type diversity in the human amygdala. We were able to take these references (both Yu et al. and our previous dataset) and spatially map them into both our Visium and Xenium datasets. 6/12
Our understanding of the molecular and cellular make up of the human amygdala has lagged far behind other structures. So we used Visium, Xenium, and VisiumHD to comprehensively profile the amygdala at full-transcriptome and single cell resolution across 9 total donors. 2/12
August 27, 2026 at 12:14 PM
Our understanding of the molecular and cellular make up of the human amygdala has lagged far behind other structures. So we used Visium, Xenium, and VisiumHD to comprehensively profile the amygdala at full-transcriptome and single cell resolution across 9 total donors. 2/12