This is to acknowledge that Giuseppe Cotellessa Attended a one-hour webinar and Q&A session entitled " Next-generation pediatric reference intervals: a data-driven approach to improve clinical decision-making based on laboratory test results. " / Si attesta che Giuseppe Cotellessa ha partecipato ad un webinar di un'ora con sessione di Q&A dal titolo "Intervalli di riferimento pediatrici di nuova generazione: un approccio basato sui dati per migliorare il processo decisionale clinico fondato sui risultati degli esami di laboratorio." /#7/10/2026
This is to acknowledge that
Giuseppe Cotellessa
Attended a one-hour webinar and Q&A session entitled
" Next-generation pediatric reference intervals: a data-driven approach to improve clinical decision-making based on laboratory test results. " /
Si attesta che
Giuseppe Cotellessa
ha partecipato ad un webinar di un'ora con sessione di Q&A dal titolo
"Intervalli di riferimento pediatrici di nuova generazione: un approccio basato sui dati per migliorare il processo decisionale clinico fondato sui risultati degli esami di laboratorio." /#7/10/2026
Dott. Giuseppe Cotellessa
Next-generation pediatric reference intervals: a data-driven approach to improve clinical decision-making based on laboratory test results.
This SelectScience® webinar, presented by pediatric hemato-oncologist PD Dr. med. Jakob Zierk, equips participants with the competencies required to evaluate these methods and integrate data-driven pediatric intervals into clinical practice.
The webinar will cover the following topic areas:
- Challenges associated with pediatric reference interval development.
- Why conventional approaches to reference interval establishment are insufficient for pediatrics.
- Overview of indirect data-driven methodologies.
- Comparison of available indirect methods and published evidence.
- Use of large federated datasets and decentralized analysis.
- Application examples and first results.
- Outlook on pediatric reference intervals for coagulation assays and future analytes.
Key learning objectives:
- Describe the key physiological developmental processes that produce age- and sex-specific variation in pediatric biochemical analytes, and identify at least two such developmental factors.
- Differentiate between conventional and indirect methodologies for establishing pediatric reference intervals and explain how indirect data driven approaches more accurately support clinical interpretation of pediatric laboratory results.
- Evaluate the ethical and operational constraints associated with collecting pediatric reference samples and propose at least one evidence-based, data-driven strategy to mitigate these limitations within clinical laboratory practice.

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