Workshop

LFD/AIM Workshop 2026: FLuorescence Advanced Imaging Research (FLAIR)

12 Jan 2026 UC Irvine, California, USA
Explore advanced fluorescence and spatial imaging with IVIM

Dear Colleagues,

Warm greetings from IVIM Technology!


IVIM Technology is pleased to participate in the LFD/AIM Workshop 2026: Fluorescence Advanced Imaging Research (FLAIR), taking place January 12 – 15, 2026, at the University of California, Irvine (UCI).


We invite you to visit IVIM’s booth at Natural Sciences 2, where we will present imaging solutions supporting advanced fluorescence, AI-assisted analysis, and spatial biology research.


At our booth, you can explore:

  • All-in-one intravital microscopy systems (confocal + two-photon) for real-time fluorescence imaging of organoids, tissue slices, and live small animals
  • AI-assisted workflows (AI-Image Denoiser) for improved signal clarity and temporal resolution in challenging fluorescence datasets
  • In vivo labeling agents and imaging accessories enabling single-cell and spatially resolved visualization
  • Preclinical CRO imaging services available in BSL-2/BSL-3 facilities in Korea and through partners in the U.S.

We look forward to meeting you at FLAIR 2026. To schedule a 1:1 on-site meeting with the IVIM team, please click the button below and reserve a time that works best for you.


Warm regards,
The IVIM Technology Team

  
Check out IVIM's Events at UC Irvine Campus!
5-Minute Talk

Title: From Structure to Dynamics: Real-Time Intravital Microscopy in Advanced In Vivo Research
Date and Time: Tuesday, January 13, 10:00–10:25 AM
Location: Cal IT2
Poster Session

Title: Real-Time Intravital Imaging of Neutrophil Distribution in the Thymus After CXCR4 Antagonist (Plerixafor) Treatment
Presentation Time: Wednesday, January 14, 6:00–8:00 PM
Location: Biosci I, 1st Floor, Room 1114
Key Points:
  • Real-time assessment of neutrophil dynamics:
    Provides direct visualization of plerixafor-induced neutrophil production and accumulation in the thymus in vivo.
  • Elimination of endpoint-related ambiguity:
    Distinguishes drug-induced immune responses from artifacts associated with animal sacrifice or pre-existing physiological stress.

  • Advanced immune pharmacodynamics analysis:
    Supports dynamic, high-resolution evaluation of immune cell behavior and drug mechanisms using intravital microscopy (IVM), beyond conventional endpoint-based methods.

#A-1305, Hyundai Knowledge Industry Center, 11,
Beobwon-ro 11-gil, Songpa-gu, Seoul, 05836, Korea