Hybrid Conferencee

International Conference on Yeast Cell Cycle and Division (ICYCCD - 27)

9th - 10th April 2027 | Denver, USA
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Expand the Academic Reach of Your Research - a Q1-ranked and Scopus-indexed journal publication opportunity

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Call for Papers Extended:
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Certificate of Presentation:
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Abstract Submissions Open:
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Networking with Global Experts:
"Engage with researchers and professionals from around the world at the Denver conference. Build collaborations and gain insights from leading experts."
Keynote Speaker Sessions:
"Don’t miss our Keynote Sessions in Denver, featuring global leaders and innovators sharing their knowledge."
Best Paper & Best Paper Presentation Award:
"Submit your paper and stand a chance to win the Best Paper Presentation Award. The winner will be recognized at the conference in Denver."
SDG-Inspired Conference Focus:
"Our conference will highlight research that addresses global sustainability, inclusive education, and solutions for environmental challenges."

Conference Session Tracks

SDG Wheel

Aligned with

UN Sustainable Development Goals

This conference contributes to global sustainability by aligning its research discussions and academic sessions with key United Nations Sustainable Development Goals. It fosters knowledge exchange, innovation, and collaborative engagement.

SDG 2
SDG 2 Zero Hunger
SDG 3
SDG 3 Good Health and Well-being
SDG 4
SDG 4 Quality Education
Track 01

Mechanisms of Yeast Cell Cycle Regulation

This track focuses on the intricate mechanisms governing yeast cell cycle regulation. Researchers will present findings on key regulatory proteins and their roles in orchestrating cell cycle transitions.

Track 02

Cytokinesis in Yeast: Processes and Pathways

This session will explore the molecular pathways involved in cytokinesis in yeast cells. Presentations will highlight recent discoveries regarding the spatial and temporal regulation of cell division.

Track 03

Cell Cycle Checkpoints: Ensuring Fidelity in Yeast Division

This track will delve into the various cell cycle checkpoints that ensure genomic integrity during yeast cell division. Discussions will include the mechanisms by which cells monitor and respond to DNA damage.

Track 04

Cell Growth and Proliferation in Yeast

This session will examine the relationship between cell growth and proliferation in yeast. Researchers will discuss how growth signals influence cell cycle progression and division.

Track 05

Phase-Specific Regulation of the Yeast Cell Cycle

This track will focus on the regulatory mechanisms that operate during specific phases of the yeast cell cycle. Presentations will cover the dynamics of phase transitions and their implications for cell function.

Track 06

Modeling Yeast Cell Cycle Dynamics

This session will showcase computational models that simulate yeast cell cycle dynamics. Participants will discuss the predictive power of these models in understanding cell behavior and regulation.

Track 07

Cell Cycle Genes: Insights from Yeast

This track will highlight key genes involved in the regulation of the yeast cell cycle. Researchers will present genetic studies that elucidate the roles of these genes in cell division.

Track 08

Systems Biology Approaches to Yeast Cell Cycle Analysis

This session will explore systems biology methodologies applied to the study of the yeast cell cycle. Presentations will focus on integrative approaches that combine experimental and computational data.

Track 09

Regulatory Networks in Yeast Cell Cycle Control

This track will investigate the regulatory networks that govern yeast cell cycle control. Researchers will discuss how these networks interact to coordinate cell cycle events.

Track 10

Cytoskeletal Dynamics during Yeast Cell Division

This session will focus on the role of the cytoskeleton in yeast cell division. Presentations will cover the dynamics of cytoskeletal components and their contributions to cytokinesis.

Track 11

Innovative Techniques in Yeast Cell Cycle Research

This track will showcase novel experimental techniques and technologies used in yeast cell cycle research. Participants will discuss how these innovations are advancing our understanding of cell division.