Campus Irchel, Zurich11 – 12 February 2026

LS2 Annual Meeting 2026

Fueling Life Across Scales

& Young Scientists' Satellite on 10 February

LS2 Annual MeetingAM 2026
  • Welcome Words
  • Information
    • Abstracts & Posters
    • Deadlines
    • Venue
    • Organisers
    • 3R Accreditation
  • Program
    • Program
    • Speakers
    • Scientific Symposia
  • Special Sessions
    • Young Scientists' Satellite
    • PIs of Tomorrow
  • Sponsors
    • Become a Sponsor
    • Sponsored Talks
  • Registration

Sponsored Talks

Present your latest products and the science behind them in one of our parallel sessions!

See the list of sessions HERE.

  • 20 min talk: 2000 CHF
  • 15 min talk: 1500 CHF 
  • 10 min talk: 1000 CHF 
  • 5 min talk*: 500 CHF
updated-​ls2am2026-​sponsorship-​booklet-​registration-​form.pdf

Join in to hear scientific talks from our sponsors!

Valentina Millarte (Agilent Technologies (Schweiz) AG)

foto.jpg


Title ”Take your real-time metabolic analysis to the next level. From 2D to 3D with the Seahorse XF FLEX analyzer”

All living cells need energy to survive, grow, and respond to their environment. Understanding how cells produce and use that energy is key to advancing research in areas like cancer, drug development, and regenerative medicine. The Agilent Seahorse XF Analyzers are tools that allow scientists to measure cellular energy use in real time without adding dyes. Traditionally, these tests were done on flat, two-dimensional (2D) cell layers, but real tissues are three-dimensional (3D). The new Agilent Seahorse XF Flex Analyzer offers a robust solution by enabling real-time, label-free quantification of key metabolic parameters including the oxygen consumption rate (OCR) and extracellular acidification rate (ECAR) in 3D samples. Using 3D cell models, such as spheroids or organoids, gives a more realistic view of how cells behave in the body. In this talk, we will explain how the Seahorse XF Flex Analyzer can measure energy production in these 3D samples, what makes it unique in the market, and why these new methods are helping scientists better understand how cells respond to stress, disease, and treatment.

 

Contact

Terms & Conditions

LS2 Main Site

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