Thursday, Jun 18, 2026
12:00 CEST (Berlin, UTC+2) | 14:00 GST (Dubai, UTC+4) | 15:30 IST (New Delhi, UTC +5:30) | 06:00 EDT (New York, UTC-4) | 18:00 CST (Beijing, UTC +8)
Cell fate is not random-it emerges from interconnected signaling networks that regulate survival, adaptation, and programmed collapse. Apoptosis, ferroptosis, and emerging non-canonical pathways operate as part of a dynamic biological system shaped by molecular crosstalk and regulatory precision.
At the core of this system lies a multi-layered signaling architecture where pathway convergence and regulatory hierarchy determine cellular outcomes under stress, injury, and disease conditions. Understanding this framework redefines how cellular decisions are interpreted in modern biology.
What You’ll Gain:
● Crosstalk across programmed cell death pathways
● Signaling architecture and pathway convergence
● Mechanisms driving cellular fate decisions
● Translational relevance in disease and therapy
● Digital Certificate of Participation
Designed For:
● Life science and biomedical researchers
● Cell and molecular biology specialists
● Disease mechanism and translational scientists
● Professionals working in signaling and cellular systems
Enter the Cellular Landscape:
Dive into how life and collapse are governed at the molecular level.
Reserve your Spot.
For inquiries: events@elabscience.com
Speaker
Dr. Sundas R Qureshi
Global Scientific Liaison
Elabscience Bionovation Inc.
Dr. Qureshi operates at the forefront of life science innovation, connecting scientific strategy with real-world application to translate complex biological systems into practical research solutions. Her expertise spans cell biology, immunology, and signaling, with a focus on cell death regulation, pathway crosstalk, and mechanistic networks in disease progression. She works closely with researchers and partners worldwide, leading international scientific trainings and engagements that support stronger experimental decisions, technology adoption, and translational outcomes. With a global presence in scientific communication and research enablement, she brings clarity, technical insight, and strategic direction to modern life science discovery.
