Joseph Hajnal

Guangbin Wang

Keywords: Cross-organ: Antenatal, Neuro: Brain, Education Committee: Clinical MRI

The most rapid growth of the brain occurs in utero. MRI demonstrates the major developmental processes in utero, including the proliferation, migration, organization , gyration and myelination. Awareness of normal fetal brain development contributes to identify abnormalities. The key points for the MRI features of the common abnormalities promote accurate prenatal diagnosis.  In our talk, we present the key signs of ventriculomegaly, callosal agenesis, microcephaly, schizencephaly, gray matter heterotopia, holoprosencephaly, intra/extra-cerebral hemorrhage and posterior fossa anomalies. 

Yao Wu

Teresa Victoria

Jian Yang, Xianjun Li, Chao Jin

Keywords: Cross-organ: Neonatal, Image acquisition: Motion correction, Cross-organ: Development

Infant MRI is challenging due to their immaturity, small physical size, and motion artifact. A customized approach tailored to each baby's age and functional status with appropriate combination of dedicated procedure, imaging hardware and software is key. This presentation summarizes several technical and clinical approaches that can help to ensure safety and decrease the need for sedation in infants. These range from feeding and swaddling to specialized small bore scanners and coils, MRI compatible incubators, and noise-reduction methods. New pre- and post-processing techniques with artificial intelligence can also decrease both scan time and motion artifacts to enable a successful scan.

Pew-Thian Yap

Keywords: Neuro: Brain

The infant brain is not a miniaturized adult brain and undergoes rapid and unique developmental processes. Using computational tools meant for adult MRI to analyze infant brains often leads to subpar results. This presentation discusses resources tailored specifically for analyzing infant MRI across various modalities, aiming to provide clearer insights into early human brain development.

Yong He

Keywords: Neuro: Brain connectivity

The structure and function human brain undergo rapid reorganization from birth to infancy, laying a critical foundation for the establishment of extensive cognitive and behavioral abilities later in life. I will present recent advances in typical and atypical brain development during infancy using multimodal neuroimaging techniques and connectome-based approaches.

Yun Peng

Keywords: Education Committee: Clinical MRI

The applications of infant MRI have extended beyond the realm of brain imaging. This lecture will elaborate on the significance of MRI in infant imaging, elucidate the challenges inherent in such imaging endeavors. We address clinical inquir, andies concerning the fundamental concepts essential for acquiring optimal images and deepen the understanding of the distinctive and optimal workflows associated with infant MR imaging. Moreover, we endeavor to present a large number of clinical cases beyond brain imaging, serving to illustrate the extensive applicability of infant MR examination in clinical settings and foster a deeper comprehension of this topic.