Pediatric Nutrition

Welcome Message

We are pleased to welcome you to the 10^th International Conference on Pediatric Nutrition, scheduled for March 26–27, 2026, in Tokyo, Japan. This global gathering brings together clinicians, nutrition scientists, pediatric specialists, public health experts, and research scholars dedicated to fostering healthier childhoods through optimal nutrition.

Guided by our theme, “Building the Foundations of Wellness Through Child Nutrition,” this conference aims to deepen understanding, encourage evidence-based approaches, and promote collaboration across diverse specialties. Participants will have opportunities to explore innovative research, discuss challenges in pediatric dietary practices, and identify pathways that can strengthen early-life nutritional interventions.

Our programme will feature insights into areas such as micronutrient fortification strategies, the role of the gut-microbiome, early immunonutrition, cellular metabolic pathways, and updated guidelines on dietary management for growth-related disorders. Through interactive discussions and knowledge exchange, the event aspires to support long-term health outcomes for children worldwide.

We warmly invite you to join us in Tokyo for two days of meaningful dialogue, learning, and global collaboration as we work together to advance the future of pediatric nutrition.

Target Audiene 

About Conference

The 10^th International Conference on Pediatric Nutrition will bring together experts from around the world on March 26–27, 2026, in the vibrant city of Tokyo, Japan. This highly anticipated event provides a comprehensive platform for sharing research, clinical practices, and innovative strategies designed to enhance child health through effective nutritional care.

Aligned with the theme “Building the Foundations of Wellness Through Child Nutrition,” the conference will feature keynote presentations, scientific sessions, poster exhibitions, symposiums, and expert-led workshops. These sessions will highlight emerging findings in developmental nutrition, early-life metabolic programming, nutrigenomics, maternal dietary influences, and nutrition-related disease prevention.

The event will also explore important focus areas such as functional foods in pediatric diets, advancements in bioactive compounds, specialized enteral nutrition formulations, and global strategies for combating childhood malnutrition. Professionals, researchers, dietitians, students, industry representatives, and policy planners are encouraged to participate, share their expertise, and engage in meaningful interdisciplinary discussions.

Attendees will have opportunities to network, build collaborations, present their work, and compete for recognition through awards and special sessions.

Join us in Tokyo for an enriching and impactful conference experience that contributes to shaping stronger, science-driven nutritional foundations for children worldwide.

Why to Attend

The 10^th International Conference on Pediatric Nutrition 2026 offers an exceptional global platform for pediatricians, nutrition experts, researchers, and health professionals committed to advancing child health. Over two enriching days, attendees will explore the latest evidence-based insights in infant feeding, micronutrient balance, growth monitoring, metabolic health, clinical nutrition therapy, and innovative approaches to combating malnutrition.

The conference creates a collaborative environment for presenting new findings, sharing clinical strategies, and engaging with leading experts shaping the future of child nutrition science. Participants will gain practical knowledge on dietary intervention models, early-life metabolic programming, pediatric gut health, food fortification, and nutritional policies that directly influence child development outcomes worldwide.

Whether you are a clinician, researcher, student, policymaker, or industry professional, this event offers unmatched opportunities to enhance your expertise, connect with global nutrition leaders, and stay updated with transformative advances in pediatric nutrition that support healthier childhoods across all communities.

Key Features of the Conference

• Pioneers in Child Nutrition Research: Hear transformative insights from global leaders advancing pediatric dietary science, growth physiology, breastfeeding research, and childhood metabolic health.
   
• Hands-On Pediatric Nutrition Masterclasses: Join immersive training sessions focusing on clinical feeding practices, nutrient evaluation tools, dietary therapy planning, and evidence-based growth assessment techniques.
   
• Symposium on Emerging Nutrition Frontiers: Participate in focused discussions exploring early-life gut microbiome development, nutrigenomics in children, metabolic programming, and innovative strategies for preventing undernutrition and obesity.
   
• Innovation Arena for Child Health Solutions: Discover the newest pediatric nutrition technologies, fortified food formulations, clinical assessment devices, digital health tools, and research-backed nutritional products.
   
• Global Forum for Rising Pediatric Scholars: A special platform empowering young investigators to present research, receive expert mentorship, and build international visibility within the pediatric nutrition community.

Sessions and Tracks

Track 1: Infant Macronutrient Physiology

Early growth depends on balanced macronutrient intake to support rapid cellular expansion. Breast milk provides unique compounds that regulate bioenergetic functions. Protein quantity influences early anabolic responses important for tissue formation. Lipids offer essential substrates for myelogenesis during infancy. Carbohydrate metabolism ensures immediate energy delivery for development. Harmonizing intake patterns strengthens long-term nutritional stability.

Metabolic Foundation Points:

• Protein–energy alignment
• Lipid utilization processes
• Carbohydrate digestion stages

Track 2: Micronutrient Needs in Early Childhood

Micronutrients influence cognitive growth and immune maintenance during crucial years. Iron supports erythropoietic activity needed for oxygen transport. Zinc contributes to metalloenzyme activity vital for cellular processes. Vitamin A functions in phototransduction and epithelial health. Deficiency during growth windows affects learning and immunity. Diverse food sources ensure balanced micronutrient exposure.

Childhood Intake Emphasis:

• Iron-rich dietary choices
• Zinc-supportive feeding habits
• Vitamin-dense meal planning

Track 3: Gastrointestinal Maturation in Children

GI development determines digestive efficiency and nutritional absorption throughout infancy. Maturation of the intestinal lining improves peristaltic coordination. Enzyme progression enhances proteolytic capacity for nutrient breakdown. The gut microbiota shapes commensal interactions supportive of immunity. Feeding patterns influence overall digestive tolerance. Early nutrition supports lifelong GI stability.

Digestive Adaptation Notes:

• Microbial colonization stages
• Enzyme activity progression
• Feeding–gut interaction patterns

Track 4: Growth Assessment and Pediatric Evaluation

Children’s growth patterns reflect underlying nutritional and hormonal balance. Measuring body proportions helps detect somatotropic irregularities. Height and weight tracking reveal auxologic deviations from normal percentiles. Nutritional deficits can disrupt osteogenic development. Regular screenings enable early correction of diet issues. Growth evaluation ensures optimized developmental outcomes.

Assessment Reliability Factors:

• Accurate anthropometry
• Early deviation detection
• Growth-corrective planning

Track 5: Energy Metabolism in Early Life

Energy needs rise with rapid physiological expansion during childhood. Calorie processing relies on oxidative phosphorylation for ATP production. Fatty acids support ketogenic pathways during fasting intervals. Carbohydrates maintain gluconeogenic balance for blood glucose stability. Activity level influences daily caloric distribution. Proper energy intake sustains developmental momentum.

Energy Dynamics Summary:

• Fuel diversity maintenance
• Balance of intake and output
• Activity-based energy shifts

Track 6: Immunonutrition and Host Defense

Nutrition shapes immune defenses essential for childhood resilience. Certain nutrients regulate lymphopoietic processes supporting immune cell formation. Fatty acids influence eicosanoid synthesis tied to inflammatory responses. Minerals modulate phagocytic efficiency against pathogens. Diet quality strongly affects infection susceptibility. Immunonutrition encourages robust long-term immunity.

Defense-Supporting Elements:

• Immune-boosting nutrients
• Infection-control dietary habits
• Strengthening of host barriers

Track 7: Pediatric Obesity and Metabolic Health

Childhood obesity disrupts long-term physiological pathways. Excess weight causes disturbances in adipogenesis affecting fat storage. High-calorie diets impair lipoprotein balance essential for circulation. Overeating influences glucometabolic regulation, raising chronic disease risks. Early lifestyle changes reverse harmful patterns. Proper nutrition promotes metabolic resilience.

Weight-Health Priorities:

• Balanced dietary habits
• Activity-driven calorie burn
• Risk monitoring practices

Track 8: Infant Feeding and Lactation Science

Breastfeeding supports optimal nutrient delivery during infancy. Certain milk components enhance bifidogenic microbial growth in the gut. Feeding practices influence galactopoietic regulation of milk production. Human milk supplies compounds affecting trophic development of intestinal tissues. Maternal nutrition shapes milk quality and supply. Reinforcing lactation improves infant health outcomes.

Early Feeding Guidance:

• Exclusive breastfeeding value
• Milk composition awareness
• Safe feeding techniques

Track 9: Complementary Feeding and Early Diet Expansion

Complementary foods introduce diverse nutrients critical for growth. Iron-rich foods prevent declining ferrokinetic functioning in toddlers. Varied textures encourage mastication development during feeding. Diverse meals support chemosensory adaptation to flavors. Meal timing stabilizes energy rhythms throughout the day. Balanced feeding reduces long-term dietary risks.

Introduction Strategy Notes:

• Texture progression plans
• Flavor-diverse food sets
• Safe introduction guidelines

Track 10: Hydration and Electrolyte Stability

Hydration is central to physiological balance in children. Fluid loss disrupts osmoregulatory mechanisms essential for stability. Sodium and potassium maintain electrodiffusive gradients across cells. Water intake strongly influences hydrodynamic balance in circulation. Children have higher fluid turnover due to active metabolism. Consistent hydration prevents health complications.

Fluid Management Principles:

• Daily intake adequacy
• Recognizing dehydration
• Safe rehydration methods

Track 11: Pediatric Allergy and Food Sensitivity Development

Allergic reactions arise from immune hypersensitivity to dietary proteins. Early exposure affects immunotolerogenic development of immune pathways. Sensitized children may exhibit atopic tendencies across systems. Reactions progress through hypersensitivity phases requiring close monitoring. Dietary planning ensures safety and nutrient sufficiency. Early guidance prevents severe complications.

Allergy Management Themes:

• Early detection steps
• Safe substitution foods
• Monitoring for reactions

Track 12: Nutrition for Preterm Infants

Preterm infants require enhanced nutritional support to match missed developmental stages. Their growth depends on nitrogenous balance for tissue repair. Immature digestive systems challenge gastrointestinal motility. Specialized feeding stimulates neurotrophic influence on brain development. Fortified milk accelerates weight gain effectively. Monitoring ensures survival and proper development.

Preterm Feeding Considerations:

• Fortification strategies
• Slow-maturity digestion issues
• Early neurological support

Track 13: Bone Health and Mineral Accretion

Strong bones form through coordinated nutrient intake and physical activity. Calcium supports hydroxyapatite formation essential for skeletal strength. Magnesium contributes to chondrocytic activity in growth plates. Vitamin K influences carboxylation reactions that stabilize bone proteins. Mineral balance prevents deformities and weakness. Long-term bone health begins early.

Skeletal Strength Drivers:

• Adequate mineral intake
• Growth plate support
• Early bone-density promotion

Track 14: Neurodevelopment and Pediatric Nutrition

Nutrition heavily impacts cognitive and neurological maturation. Essential fatty acids enhance synaptogenic processes supporting learning. Certain amino acids influence neurotransductive signaling across neurons. Carbohydrate stability maintains cerebrovascular integrity for brain fueling. Deficiencies hinder cognitive milestones. Structured diets strengthen developmental progress.

Cognition-Linked Nutrient Notes:

• Brain-fueling foods
• Cognitive growth enhancers
• Milestone-supporting nutrients

Track 15: Pediatric Anemia and Iron Deficiency Prevention

Anemia disrupts childhood vitality and developmental performance. Iron supports hemopoietic activity in blood formation. Vitamin C enhances redox reactions crucial for iron absorption. Severe deficiency affects microcytic structure of red blood cells. Early diagnosis prevents developmental delays. Iron-rich diets maintain consistent hemoglobin levels.

Anemia Control Points:

• Iron-absorption boosters
• Dietary iron sources
• Monitoring hemoglobin trends

Track 16: Nutrition in Chronic Childhood Illness

Chronic disease alters nutritional needs and metabolic patterns. Certain disorders affect pancreatogenic enzyme secretion needed for digestion. Inflammatory conditions increase catabolic breakdown of tissues. Long-term illness can impair vasculotrophic support of organs. Specialized diets lessen physiological stress. Careful monitoring promotes recovery and stability.

Chronic Care Nutrition Tips:

• Condition-specific diets
• Anti-inflammatory choices
• Organ-supportive intake

Track 17: Pediatric Diabetes and Dietary Modulation

Nutrition is central to controlling childhood diabetes. Carbohydrate quality influences glycohomeostatic stability throughout the day. Fiber supports enteroglucagon responses that aid glucose control. Healthy fats affect lipokinetic regulation of circulating lipids. Balanced meals prevent glycemic fluctuations. Long-term diet habits support metabolic safety.

Diabetes-Focused Approaches:

• Carb-quality improvement
• Fiber-enhanced meals
• Stable glycemic planning

Track 18: Nutrition for Child Athletes

Active children require targeted nutritional strategies. Proteins assist myofibrillar repair after exercise. Hydration supports thermoregulatory control during activity. Carbohydrates replenish glycogenolytic reserves vital for endurance. Healthy snacks sustain energy throughout training. Performance nutrition enables athletic growth.

Athletic Nutrition Elements:

• Pre-activity fueling
• Hydration timing
• Post-exercise recovery

Track 19: Adolescent Nutritional Transitions

Adolescent growth surges require increased nutrient intake. Hormonal changes affect androgenic modulation of muscle development. Calcium intake supports osteoconductive processes in bones. Energy intake must sustain somatomotor activity typical of adolescence. Poor diet choices create long-term risks. Guidance ensures healthy adulthood transitions.

Teen Intake Priorities:

• Sustaining energy levels
• Supporting bone growth
• Encouraging balanced diets

Track 20: Public Health Nutrition for Children

Population-level programs shape childhood wellness outcomes. Fortification strategies enhance nutraceutical impact in communities. Monitoring systems track epidemiologic trends in nutrient intake. School feeding programs influence sociodietary behaviors. Public nutrition policies reduce long-term disease risk. Collective action strengthens national child health.

Community Nutrition Focus:

• Large-scale food programs
• Policy-driven improvements
• Nutrition equity initiatives

Market Analysis

The global Pediatric Nutrition market is experiencing steady expansion, driven by growing awareness of early-life nutrition, rising demand for fortified foods, and an increasing focus on preventing childhood malnutrition. Infant formula, follow-on formula, and specialized pediatric nutritional products remain key contributors to market growth as parents seek science-backed solutions to support immunity, cognitive development, and gut health. Industry reports project the pediatric nutrition market to reach significant multi-billion valuations by 2032, supported by innovations in organic formulations, clean-label products, and functional ingredients such as probiotics, DHA, MFGM, and micronutrient blends.

Advances in clinical research, improved manufacturing technologies, and personalized nutrition tools are accelerating the adoption of tailored dietary solutions for infants and children. Digital health platforms, pediatric growth-tracking apps, and AI-supported nutrition assessments are reshaping how families and clinicians manage childhood nutrition. Regionally, North America leads in premium product adoption, Asia-Pacific remains the largest consumer base due to population growth, and Europe continues to emphasize regulatory compliance, safety standards, and sustainable sourcing.

Overall, the Pediatric Nutrition sector is positioned for strong, sustained growth as healthcare systems, governments, and manufacturers prioritize early nutritional interventions to support long-term child wellness and disease prevention.

Global Pediatric Nutrition Market Growth (2024–2034)

The graph illustrates a steady and sustained increase in the global pediatric nutrition market over the ten-year period from 2024 to 2034. Starting at USD 62 billion in 2024, the market grows consistently due to rising demand for high-quality infant formulas, fortified foods, and clinically specialized pediatric products. The upward curve reflects increasing awareness of early-life nutrition, higher healthcare spending, and strong adoption of science-based nutritional interventions across both developed and emerging regions. By 2034, the market is projected to reach USD 148 billion, highlighting robust long-term growth driven by innovation, diversification, and expanding pediatric healthcare needs.
 

CAGR Comparison of Core Pediatric Nutrition Segments (2024–2034)

The second graph compares the projected compound annual growth rates (CAGR) of major pediatric nutrition segments from 2024 to 2034. While standard infant formula maintains moderate growth at 5.8%, more advanced categories show significantly higher momentum. Therapeutic and specialty nutrition leads with a CAGR of 10.6%, fueled by increasing incidence of allergies, intestinal disorders, preterm births, and the need for condition-specific formulations. Functional foods and clinical enteral nutrition also show strong growth, reflecting greater emphasis on targeted nutrient delivery and medical nutrition therapy. Overall, the comparison demonstrates a clear shift toward innovative, evidence-based, and clinically driven pediatric nutrition solutions.
 

Abstract Submission & Registration

The Organizing Committee invites submissions from professionals involved in pediatric nutrition, neonatal health, clinical dietetics, child development, metabolic research, maternal–infant care, public health nutrition, and food science innovation. Researchers may submit original studies, clinical observations, review summaries, pilot data, case reports, poster abstracts, or digital e-presentations connected to child and infant nutrition.

Abstract Preparation Guidelines

• Submissions must be in English and clearly written.
• Abstracts should remain within 500 words.
• Titles must be written in sentence case and should reflect the scientific purpose of your work.
• Provide the complete details (name, affiliation, designation) of all authors, highlighting the presenting author.
• Attach a short professional biography (up to 150 words) along with a recent photograph of the presenting author.
• Topics may include areas such as: early-life nutrition strategies, formula fortification, micronutrient deficiencies, pediatric feeding challenges, growth-pattern analysis, neonatal intensive care nutrition, allergy-focused dietary interventions, microbiome–nutrition interactions, and dietary solutions for developmental or metabolic needs.

Review & Evaluation

Each submission will be assessed by the Scientific Advisory Committee. Authors will be informed of acceptance, revision needs, or scheduling details typically within 24–48 hours of submission review. Approved abstracts may be assigned to oral sessions, poster displays, clinical demonstrations, or thematic scientific panels.

Conference Publication

Accepted abstracts will be compiled in the official Conference Abstract Book and may be offered opportunities for publication in collaborating pediatric nutrition journals or academic supplements.

Submit Abstract Here:

https://pediatricnutrition.conferenceseries.com/abstract-submission.php

Registration

Participants whose abstracts are accepted must complete the registration process to confirm their presentation slot. Early registration is encouraged to secure attendance for keynote lectures, interactive workshops, certification sessions, and networking forums.

Registration Link:

https://pediatricnutrition.conferenceseries.com/registration.php

Visa Guidelines

The committee for the 10th International Conference on Pediatric Nutrition 2026 does not directly issue visas for Japan. However, we support delegates by providing essential documents needed for a Japan Short-Term Conference Visa.

Upon request, the following can be issued:

• Invitation Letter for Visa Purposes
• Abstract Acceptance Letter
• Official Payment/Registration Receipt

Visa rules may vary by nationality, and applicants should consult the nearest Japanese Embassy or Consulate for specific documentation requirements.

Invitation Letter Details

The Invitation Letter verifies your confirmed participation as a presenter or registered delegate. Although this document strengthens your visa application, it does not guarantee visa approval, as final decisions rest entirely with Japanese immigration authorities.

Visa Assistance Contact:

For any visa-related assistance or to request required supporting documents, please contact: meevents@memeetings.com

Past Conference

The 9^th International Conference on Pediatric Nutrition, held on May 14–15, 2025 in Barcelona, Spain, concluded successfully and brought together a dynamic community of pediatricians, nutrition scientists, gastroenterologists, neonatologists, researchers, dietitians, and public-health specialists from around the world. The conference served as a highly interactive scientific forum focused on advancing child health through evidence-based nutrition, early-life dietary strategies, and clinical innovations.

The 2025 edition featured a strong global turnout and showcased:

• 140+ international attendees representing more than 22 countries
• 25+ keynote, plenary, and featured expert lectures
• Multiple scientific tracks including pediatric gastrointestinal health, metabolic programming, micronutrient disorders, infant-feeding innovations, and childhood growth management
• Hands-on workshops covering clinical nutrition assessment, allergy-focused formula development, growth-monitoring approaches, and gut-microbiome applications
• Poster presentations highlighting emerging research on maternal–infant nutrition, feeding behavior, pediatric malabsorption, and diet-related developmental outcomes

Participants praised the conference for its scientific rigor, collaborative environment, and practical relevance to clinical and community nutrition practice. The event fostered meaningful dialogue among healthcare professionals, researchers, and industry leaders, helping to shape new perspectives on pediatric dietary interventions, fortification strategies, and early-childhood nutritional policy.

The success of Pediatric Nutrition 2025 reaffirmed its position as a premier global platform dedicated to improving child nutrition outcomes, reducing early-life health risks, and supporting innovative, research-driven practices.

We look forward to continuing this momentum at the 10^th International Conference on Pediatric Nutrition, taking place on March 26–27, 2026 in Tokyo, Japan, as we aim to further strengthen interdisciplinary learning, innovation, and global collaboration in pediatric nutrition and child health.