A National Webinar Series

Great Confluence of

Paediatric Minds

Expert Speakers

Dr. Brijesh Kumar Lahoti

Dr. Brijesh Kumar Lahoti

MS, MCH (Paediatric Surgery) Associate Professor i...

Dr. Bhaswati Chakrabarti Acharyya

Dr. Bhaswati Chakrabarti Acharyya

MBBS, DCH, DNB(Paediatrics), MD(Paediatrics), MRCP...

Dr. Shekhar Biswas

Dr. Shekhar Biswas

MBBS, MD (Ped), FCMS, INDVAC CMC Vellore. Fellowsh...

Prof. Dr. Bharat J. Parmar

Prof. Dr. Bharat J. Parmar

M.D. (Paediatrics), DHA, FAIMS, Professor & Head o...

Dr. Nigam Prakash Narain

Dr. Nigam Prakash Narain

MD - Pediatrics, MRCP Prof & Ex HOD - Patna Medica...

Padma Shri Prof. Dr. Pukhraj Bafna

Padma Shri Prof. Dr. Pukhraj Bafna

MBBS, MD, DCH, PhD Founder of Dr. Pukhraj Bafna Cl...

Dr. Ashu Sawhney

Dr. Ashu Sawhney

MBBS, DNB, Associate Director, Paediatrics, Jaypee...

Dr. Sunil Devichand Lohade

Dr. Sunil Devichand Lohade

MBBS, DCH, DNB- Department of Paediatrics, 3rd Flo...

Dr. Vijay Bade

Dr. Vijay Bade

MBBS, DCH - Paediatrics, Consultant Paediatrician ...

Dr. Rashmi Shad Vinay

Dr. Rashmi Shad Vinay

MBBS, DNB - Paediatric, NNF, IAP, Fellow Membershi...

Dr. Shally Awasthi

Dr. Shally Awasthi

Indian professor and Paediatric Pulmonologist, Kin...

Dr. Ashish Jaiswal

Dr. Ashish Jaiswal

MBBS, DCH, Fellow Neonatal Perinatal Medicine at L...

Neonatal Skin: Understanding the Developing Lipid Barrier and Its Importance

The neonatal skin undergoes significant development in its lipid barrier, which plays a crucial role in protecting the infant from environmental stressors and pathogens. At birth, the lipid barrier is immature, making the skin more vulnerable to irritants and dehydration. Over time, this barrier strengthens, helping to maintain hydration and prevent infections. Understanding this development is vital for providing proper skin care and preventing conditions like eczema and skin infections in newborns.

Advances in Preventive Pediatrics: Building Resilience in the First 1,000 Days

The first 1,000 days of life, from conception to age two, are critical for a child’s physical, cognitive, and emotional development. Recent advances in preventive paediatrics highlight this period as crucial for fostering lifelong resilience. Early nutrition, responsive caregiving, and safe environments profoundly influence brain development and long-term health outcomes. Interventions during this phase include maternal health optimisation, breastfeeding support, timely immunisations, developmental screenings, and caregiver education. Tackling social factors like poverty, parental mental health, and healthcare access is equally vital. By focusing on early prevention and holistic support, paediatric care is shifting from disease treatment to long-term health promotion. Strengthening resilience in the first 1,000 days lays the foundation for healthier, more adaptable individuals throughout life.

Antibiotics in Infancy: Unpacking the Link to Atopic and Metabolic Dysregulation

Early-life exposure to antibiotics has been increasingly associated with disruptions in gut microbiota, potentially influencing immune and metabolic development. Epidemiological and experimental studies suggest that antibiotic use in infancy may heighten the risk of atopic conditions such as asthma, eczema, and allergic rhinitis, as well as metabolic disorders including obesity and insulin resistance. The critical window of immune programming during infancy underscores the importance of judicious antibiotic prescribing. Understanding the underlying mechanisms, such as microbial dysbiosis, altered short-chain fatty acid production, and immune modulation, can help inform preventive strategies and promote long-term health outcomes in paediatric populations.

Already Completed Sessions

Antibiotics in Infancy: Unpacking the Link to Atopic and Metabolic Dysregulation

Antibiotics in Infancy: Unpacking the Link to Atopic and Metabolic Dysregulation

Antibiotics in Infancy: Unpacking the Link to Atopic and Metabolic Dysregulation

Antibiotics in Infancy: Unpacking the Link to Atopic and Metabolic Dysregulation

The Silent Invader: Tracing the Neurological Footprint of Listeria Infection