portion of infants who met the cutoffs for delay, which Springer considered to be more appropriate, demonstrated a statistically significant difference only with respect to the gross motor subdomain. Importantly, this does not detract from the differences on the continuous fine motor and personal-social scores. Gross motor skills develop at an earlier age than fine motor and personal-social skills; therefore, greater variability is expected in this domain at this age. Finally, decrements in gross motor skills are one of the earliest indicators of risk for autism spectrum disorder. Given the lack of autism spectrum disorder screening and diagnostic tools at this early age, decrements in gross motor skills may be particularly meaningful.We encourage readers to interpret our preliminary report 1 as one would a screener-there is an early indication of potential developmental differences in infants born during the COVID-19 pandemic that should be carefully monitored. Given the small sample size, it is critical not only to replicate our findings, but also to expand on them using objective assessments of neurodevelopment, which we are actively pursuing as part of the longitudinal COVID-19 Mother Baby Outcomes (COMBO) Initiative. While acknowledging the limitations of our analysis, we have a responsibility to disseminate the preliminary results of our study in an effort to shed light on how the COVID-19 pandemic may be impacting infants born during this unprecedented time.