Preclinical data” and “IND” mean different things depending on where they fall on a cell therapy’s road to patients.
About six steps, and many candidates don’t make it all the way. Ours are at the first stage, preclinical.
👉See more: slbtgroup.com/
#SLScience #SLBT
Meet SL Science: we develop cell therapies that harness immune cells to target cancer, centered on γδ T cells from our licensed GDT platform and designed to be "off-the-shelf."
Nasdaq: SLBT
👉 Learn more: slbtgroup.com/
#SLScience #SLBT
New preclinical data at JCA2026 (Kyoto): unmodified γδ T cells from our licensed GDT platform target chemotherapy-resistant glioblastoma cells in experimental models.
#SLScience #SLBT #Glioblastoma
New preclinical data: SL Science's licensed GDT platform shows γδ T cells can target the MGMT-positive glioblastoma cells that survive chemo. Presented at #JCA2026.
👉 See More: pse.is/9naggd
New FDA DMF #044612 covers our GDT-derived exosomes — now both the cells and exosomes each have their own registered filing.
#SLScience #SLBT
Exosomes can cross the blood-brain barrier where whole cells can't, and preclinical data shows they trigger tumor cell death + work synergistically with radiotherapy.
👉 Read the full press release: pse.is/9jz2cx
🔔 Today, SL Science leadership rang the Closing Bell at Nasdaq MarketSite in New York, marking our first appearance at Nasdaq since our listing on June 15, 2026.
#SLScience #SLBT #GammaDeltaT #CellTherapy
We remain focused on advancing our Gamma Delta (γδ) T cell platform across scientific, academic, and regulatory fronts — exploring its potential as a complementary approach to cancer treatment.
👉 Read the full press release: pse.is/9kgzht
We're heading to Nasdaq! 🔔
SL Science (Nasdaq: SLBT) celebrates our Closing Bell Ceremony at Nasdaq MarketSite, NYC on Sept 2, 2026 (ET). Can't join in person?
Tune in to our livestream — link coming soon.
#SLScience #NasdaqListed #SLBT
🎥 Watch our Nasdaq Closing Bell Ringing Ceremony live here:
nasdaq.com/marketsite/bell-r…
30 years. Major trials. Billions invested. Glioblastoma survival rates have barely moved.
Three structural barriers have defeated every therapy thrown at it:
🔴 GBM engineers its own immune shield
🔴 Blood-brain barrier blocks most drugs
🔴 Tumor heterogeneity drives resistance
Conventional therapies were built around immune recognition pathways that GBM has evolved to neutralize.
Our GDT platform addresses all three at the mechanistic level — and these preclinical findings are building the scientific foundation for what comes next.
#Glioblastoma #GDT
New peer-reviewed paper:
SL Science leadership + Taipei Medical University clinical researchers outline a rigorous development framework for γδ T cell therapy in glioblastoma.
📄 Full paper: doi.org/10.3390/biomedicines…
#SLScience #Glioblastoma #CellTherapy
✓ Broad stress-signal recognition
✓ Off-the-shelf manufacturing potential
✓ Clear roadmap for future trials
👉 Read the full press release: pse.is/9g88ug
🧠 Why does immunotherapy work wonders in most cancers, but barely touch glioblastoma?
GBM — median survival 15 months¹ — actively blinds immune cells before they can attack.² Conventional therapies depend on recognition pathways GBM can simply turn off.³
γδ T cells (GDT) bypass GBM's defenses by detecting stress signals tumors can't hide — no MHC recognition required.⁴
These preclinical findings are building the scientific foundation for what comes next.
📚 References:
¹ Egyptian Journal of Neurosurgery (2024)
doi.org/10.1186/s41984-024-0…
² Frontiers in Immunology (2025)
doi.org/10.3389/fimmu.2025.1…
³ MDPI Cancers (2025)
doi.org/10.3390/cancers17071…
⁴ MDPI Cancers (2023)
doi.org/10.3390/cancers15245…
🧠 WorldBrainDay 2026: "Brain Health: Access for All"
3.4 billion people live with neurological conditions. Glioblastoma — one of the deadliest brain tumors — remains unsolved.
Last week at #WCP2026 Melbourne, we took a step forward.
🔗 See More: user194977.pse.is/9crf9r
$SLBT + Taipei Medical University, JY BioMed & HeXun Biosciences presented preclinical γδ T-cell data:
✅ Complete tumor eradication by Day 26
✅ Dose-dependent suppression
✅ Clean safety profile
"This research underscores the tremendous therapeutic potential of our γδ T-cell platform to combat challenging solid tumors like glioblastoma." — William Wang, Chairman & CEO
#WorldBrainDay #WCP2026 #Glioblastoma #CellTherapy











