Conferences  >  Medicine & Healthcare  >  Human Physiology and Metabolism

Fusion Conferences

A plethora of genetic, dietary and pharmacological interventions can extend healthy lifespan in laboratory animals, and can delay or ameliorate diverse aging-related diseases. Mechanisms of aging are conserved in evolution, and discoveries made in animals are informing our understanding of human aging. This raises the intriguing possibility of performing preventative medicine against chronic and age-related diseases, by targeting their main risk factor, namely aging. Important current challenges in the field are (1) to understand the downstream pathways by which longevity interventions can combat age-related loss of function and pathology, (2) to evaluate the impact of regenerative interventions and cellular reprogramming on age-related diseases, and (3) to translate the findings into the extension of human health span.

Mitochondrial quality control and aging; Ultra long lives and immortality; Autophagy and proteostasis; Regenerative interventions and cellular reprogramming; Human ageing: biomarkers and cell senescence; Microbiome and aging

Biology,    Geriatrics

Pure Spot Events Management

Phone: [+201009224483];     Email: hend.magdy@egypure.org

The main scope of MADiMa2023 is to bring together researchers from the diverse fields of engineering, computer science and nutrition who investigate the use of information and communication technologies for better monitoring, assessment, and management of food intake. The combined use of multimedia, machine learning algorithms, ubiquitous computing and mobile technologies permits the development of applications and systems able to monitor the dietary behavior, analyze food intake, identify eating patterns, and provide feedback to the user towards healthier nutrition. The researchers will present and demonstrate their latest progress and discuss novel ideas in the field. Besides the technologies used, emphasis will be given to the precise problem definition, the available nutritional databases, the need for benchmarking multimedia databases of packed and unpacked food and the evaluation protocols.

Multimedia, Computer Graphics and Visualization, Games,    Agronomy, Food Production and Food Chemistry

Tagungsbüro;     Phone: [0341 30 88 84 87];     Email: ja-ped@eventlab.org

Adipositas, pädiatrische Endokrinologie, pädiatrische Diabetologie, Stoffwechsel

Continuing Medical Education (CME),    Endocrinology

Wikonect GmbH

Die Referentinnen und Referenten werden Ihnen von klinischen Studien, von Mono- und Kombinationstherapie bis zu Analysen der Registerdaten die aktuellsten Daten präsentieren und wir werden viel Zeit zum Diskutieren haben. Dies ergänzt durch spannende Erkenntnisse rings um das Thema Ernährung, Nährstoffe und Entzündung und wie immer interdisziplinär.

Email: jakademie@wikonect.de

Fusion Conferences

Aging in the gonad dramatically affects aging in somatic tissues, yet we know little about the mechanisms regulating healthy aging in reproductive organs, nor how this crosstalk is achieved. The Reproductive Aging Conference focuses on understanding mechanisms that regulate aging in reproductive tissues and their relationship to overall organismal healthspan and longevity. To our knowledge, this is the only international meeting dedicated entirely to the topic of reproductive aging.

Fusion Conferences

Atherosclerosis and its complications remain the primary cause of death in the industrialized world and emerging economies worldwide. Dyslipidemia constitutes a significant risk factor for the development and progression of atherosclerotic lesions but may also lead to systemic disturbances - particularly metabolic dysfunction - that also influence cellular metabolism and function.

Immunology and Allergic Diseases,    Vascular Medicine

Fusion Conferences

In recent years it has come into focus that many different tissues and cell types undergo metabolic changes that directly impact their function and differentiation. As such, correct metabolic re-wiring is beneficial and a requirement for appropriate cellular responses, while aberrant metabolic reprogramming can lead to inappropriate function and have implications on a wide variety of disease states. In spite of recent advances in the field of metabolism, our understanding of the mechanisms underlying how metabolites signal, how metabolic reprogramming occurs, and how cellular organelles modulate these processes remains limited. In this meeting we aim to bring together researchers from different areas of biology, that may otherwise have little crossover, but for their common interest in how metabolism impacts cell differentiation and function.