Preterm Nutrition Academy

Preterm Nutrition Academy

Over 10% of babies worldwide are born prematurely, with increasing rates in both developed and developing countries. Preterm infants face developmental immaturity that affects various organs and systems, potentially leading to long-term health issues. They have unique physiological characteristics that create specific nutritional requirements. Therefore, adequate nutrition is essential for their growth and development.

The Preterm Nutrition Academy is committed to offering practical resources to assist healthcare professionals in the complex area of feeding preterm infants.

Preterm Nutrition Academy

Articles

NNIW22 - History of Pediatrics 1850-1950 (publications)
NNIW22 - History of Pediatrics 1850-1950

NNIW22 - History of Pediatrics 1850-1950

Co-Authored by 3 Experts
NNIW20 - Changing Needs in Pediatric Education (publications)
NNIW20 - Changing Needs in Pediatric Education

NNIW20 - Changing Needs in Pediatric Education

Co-Authored by 2 Experts
Parenteral an Enteral Nutrition (publications)
Parenteral an Enteral Nutrition

Parenteral an Enteral Nutrition

International Committee of Paediatricians
NNIW18 - Intrauterine Growth Retardation (publications)
NNIW18 - Intrauterine Growth Retardation

NNIW18 - Intrauterine Growth Retardation

Videos

Human milk for preterm infants. What do we know? (videos)
Human milk for preterm infants. What do we know?

Human milk for preterm infants. What do we know?

Chris van den Akker
Human milk fortification – where do we stand? (videos)
Human milk fortification – where do we stand?

Human milk fortification – where do we stand?

Jean-Charles Picaud
Late preterm infants outcome and nutritional aspects (videos)
Late preterm infants outcome and nutritional aspects

Late preterm infants outcome and nutritional aspects

Walter Mihatsch
ELBW infants: risk of postnatal growth retardation and the role of enteral nutrition (videos)
ELBW infants: risk of postnatal growth retardation and the role of enteral nutrition

ELBW infants: risk of postnatal growth retardation and the role of enteral nutrition

Christoph Fusch