Session 14: New Horizons in Environmental Toxicology[Symposium Program （Session）]
In response to the escalating release of diverse chemicals and materials into our environment, there's an urgent need for comprehensive assessments of their environmental and health risks. Join us for a dynamic exploration of "New Horizons in Environmental Toxicology," where we will delve into the latest advancements, challenges, and innovations shaping the field. This symposium will bring together leading experts and researchers to discuss emerging trends, novel methodologies, and cutting-edge findings in environmental toxicology. From understanding the impact of emerging contaminants to exploring innovative approaches for risk assessment and mitigation, attendees will gain valuable insights into the complex interactions between pollutants and ecosystems. This symposium offers a unique opportunity to engage with the forefront of environmental toxicology and contribute to the pursuit of a safer, healthier planet.
President:
NO.:1
Structural differences in oxygenated PAH developmental toxicity
NO.:2
Safe-by-design metal-phenolic network nanocomposites for environmental remediation
NO.:3
Synthesis and characterization of novel antibacterial and antifungal silver-chitosan nanocomposites: a mechanistic study
NO.:4
Chronic exposure to titanium dioxide induces commensal -to - pathogen transition in Escherichia coli
NO.:5
Protein corona and its toxicology implications
Session 20: Advancements in Reproductive Toxicology[Symposium Program （Session）]
Reproductive toxicology faces growing challenges due to emerging contaminants, necessitating advanced technologies to uncover mechanisms and improve risk assessment. While existing studies offer insights, they often fall short in addressing the complexity of reproductive health. Recent advancements in genome editing, organ-on-a-chip systems, iPSCs, and artificial intelligence enable more comprehensive approaches, facilitating targeted screening, mechanistic insights, adaptive study design, multi-omics integration, and translational research. Emerging areas like synthetic biology and microbiome-host interactions also hold promise for further exploration. The future of reproductive toxicology is poised for significant progress, driven by technological innovation and evolving research paradigms. This symposium will unite experts from toxicology, genomics, exposome research, and cell biology to discuss the latest opportunities, advances, and challenges in the field. Through interdisciplinary collaboration, we aim to deepen understanding of reproductive health risks and pave the way for impactful solutions.
NO.:1
Advancements in reproductive toxicology
NO.:2
Impact of a real-life mixture of PFAS on placental health
NO.:3
Developmental toxicology in a dish – when stem cell biology meets environmental health sciences
NO.:4
Constitutive androstane receptor regulates germ cell homeostasis, sperm quality, and male fertility via akt-foxo1 pathway
NO.:5
Research on reproductive and developmental toxicity based on the integration of exposome and metabolome analyses
NO.:6
Arsenic and the Developmental Clock: Disrupted Neurotransmission from Womb to Lifespan
Workshop 03: Heavy Metal Toxicity and Human Health-1[Workshop]
Heavy metals, including Arsenic (As), Cobalt (Co), and Lead (Pb), among others, pose substantial health risks through various exposure routes. These elements, prevalent in the environment, can accumulate in human bodies, leading to acute and chronic toxic effects.
The workshop will gather a diverse group of participants, including leading researchers, students and postdoctoral fellows to discuss the mechanisms of heavy metal-induced oxidative stress, gene expression alterations, and their broader implications on human health. The topics will also encompass the forefront of research and practical approaches towards mitigating heavy metal exposure. By fostering dialogue among experts from diverse backgrounds, the workshop seeks to enhance understanding of heavy metal toxicity's complexities and drive forward innovations in public health interventions. The goal is to equip participants with the latest knowledge and tools necessary for addressing this pressing environmental and health challenge, ultimately contributing to safer, healthier communities worldwide.
President:
NO.:1
Exposure to heavy metals and cancer
NO.:2
Crosstalk between NRF1 and NRF2 in osteoclastogenesis and osteoporosis induced by prolonged cadmium exposure
NO.:3
Investigating the Role of Histone Acetyltransferase MYST-Mediated NLRP3 Inflammasome Activation in Microglia during Lead-Induced Neurotoxicity
NO.:4
Environmental metal exposure and craniosynostosis risk
NO.:5
The role of transcription factor Nrf2 in arsenic-induced malignant transformation and its underling mechanism
NO.:6
Prenatal cadmium exposure drives Rapsn m6A modification to enhance multigenerational susceptibility of male infertility
Workshop 04: Heavy Metal Toxicity and Human Health-2[Workshop]
Heavy metals, including Arsenic (As), Cobalt (Co), and Lead (Pb), among others, pose substantial health risks through various exposure routes. These elements, prevalent in the environment, can accumulate in human bodies, leading to acute and chronic toxic effects. The workshop will gather a diverse group of participants, including leading researchers, students and postdoctoral fellows to discuss the mechanisms of heavy metal-induced oxidative stress, gene expression alterations, and their broader implications on human health. The topics will also encompass the forefront of research and practical approaches towards mitigating heavy metal exposure. By fostering dialogue among experts from diverse backgrounds, the workshop seeks to enhance understanding of heavy metal toxicity's complexities and drive forward innovations in public health interventions. The goal is to equip participants with the latest knowledge and tools necessary for addressing this pressing environmental and health challenge, ultimately contributing to safer, healthier communities worldwide.
President:
NO.:1
Risk-Based evaluation of heavy metals and disinfection byproducts in groundwater
NO.:2
Effects of metal exposome in pregnant women during pregnancy and neurodevelopmental impairment in offspring
NO.:3
Hexavalent chromium inhibits myogenic differentiation and muscle regeneration
NO.:4
Epigenetic mechanisms of metal exposure in colorectal cancer
NO.:5
Cadmium exposure promotes the progress of chronic kidney disease through Hippo pathway
NO.:6
Dissection and mechanism study of environmental Pb on cognition and mood dysfunctions
NO.:7
ER sensor protein PERK-coupled autophagy protects the cells from arsenite-induced apoptosis
