The International Conference on Neurology and Neuroscience,
scheduled for March 23–25, 2026, will feature a remarkable in-person
presentation by Dr. Zhifei Fu from Fujian
Medical University, China. His cutting-edge research introduces a new era
of high-stability red fluorescent proteins designed to power the next
generation of advanced microscopy.
Title: A highly
stable monomeric red fluorescent protein for advanced microscopy
🚀
Introducing mScarlet3-H: A New Benchmark in Red Fluorescent Proteins
Dr. Fu’s presentation will unveil mScarlet3-H, an exceptionally
stable monomeric red fluorescent protein engineered for demanding imaging
applications. This new variant promises to elevate the accuracy, clarity, and
durability of fluorescence-based microscopy used in neuroscience and cellular
biology.
🔍 Key
Takeaways from the Presentation
- Ultra-stable structural design
revealed by 1.5 Å resolution analysis.
- Exceptional resistance to heat,
chaotropic agents, and oxidative conditions—ideal for complex imaging
workflows.
- Minimal photobleaching, allowing
continuous 3D SIM tracking of mitochondrial dynamics for up to two hours.
- Breakthrough performance in CLEM,
enabling clearer visualization of diverse cellular organelles.
- Rapid tissue clearing capability,
achieving whole-organ transparency in under 24 hours.
- Optimized compatibility with STED microscopy, supporting high-contrast dual-color imaging.
- Validated superiority over leading RFPs, making it a preferred choice for multiplexed imaging across model
organisms.
- Applicable to zebrafish, mice, and plant systems, extending
its utility beyond traditional cell culture studies.
👨🔬 About Dr. Fu: A Leader in Super-Resolution and
correlative Imaging
Dr. Zhifei Fu leads a forward-thinking research group focused on pushing
the boundaries of super-resolution correlative light and electron microscopy
(SR-CLEM). His team’s work includes:
- Designing next-generation fluorescent proteins
- Refining super-resolution image reconstruction algorithms
- Advancing CLEM and volume electron microscopy workflows
- Publishing influential work in Nature Methods, Nano
Letters, JoVE, Sleep, and Journal of Cell Biology
Currently, his lab is using SR-CLEM and VEM to map neural circuits with
unprecedented detail.
📅 Join Us at
the Neurology & Neuroscience Conference 2026
Event Name: International
Conference on Neurology and Neuroscience
Dates: March 23–25, 2026
Format: Hybrid (Singapore & Online)
Website: https://neurocareconference.com/
Submit Abstract: https://neurocareconference.com/abstract-submission
Register Here: https://neurocareconference.com/register
Contact Email: neurology@mathewsconference.com
Phone: +1 (312) 462-4448
WhatsApp: +1 (424) 377-0967
Connect with the event community on X: https://x.com/NeuroCareEvent
📣 Be Part of
This Transformative Scientific Gathering
Don’t miss the opportunity to learn how advancements in fluorescent
protein engineering are shaping the future of neuroscience research and
high-resolution imaging technologies.
#Neurology2026 #NeuroscienceConference #FluorescentProteinResearch
#mScarlet3H #AdvancedMicroscopy #SuperResolutionTech #CLEMImaging #NeuroCareConference
#ScientificInnovation #SingaporeEvents #HybridScientificMeeting
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