The Developmental Social Neuroscience Lab @UNCPsych. Examining the neural processes of social, emotional, and cognitive dev. during adolescence. PI: @EvaTelzer

Chapel Hill, NC
Joined September 2013
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The DSN Lab will be representing at @SRCDtweets and would love too see you there! Come check out what we've been working on 🤓🧠🤓 #SRCD23
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Developmental Social Neuroscience Lab retweeted
Out now in @BiologicalPsyc1, we find that neural sensitivity to social punishment, in combination with a 'real world' index of peer rejection, predicts future NSSI. Thanks to coauthors @SehJooKwon Nathan Jorgensen @ka_lindquist @EvaTelzer @mitchprinstein! bit.ly/3rPW8oE
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Developmental Social Neuroscience Lab retweeted
An absolutely fantastic talk by the @DSNLab’s own Maria Maza on social media checking and brain development. So proud!! 👏🏼 #Flux2022 @FluxSociety
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Developmental Social Neuroscience Lab retweeted
Finally, a scientifically accurate and comprehensive review of digital media and adolescent mental health!! It's here, and totally FREE (thanks to a foundation donor)!!! Just click "Open Full Book PDF" here: cambridge.org/core/books/han… @EvaTelzer @JacquelineNesi @teensandtechunc
Handbook of Adolescent Digital Media Use and Mental Health by @JacquelineNesi , @EvaTelzer and @mitchprinstein An accessible overview of the mental health effects of adolescent digital media use, for researchers, policymakers and parents. #psychology ow.ly/GzJB50Ja1Ti
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Learn more about our current research at dsnlab.web.unc and feel free to email Dr. Eva Telzer (ehtelzer.unc.edu) if interested!
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Announcing the release of a new podcast episode from Speaking of Psychology with guest speaker Dr. Eva Telzer! Dr. Telzer speaks on the adolescent brain and its connection to several elements of risk-taking behaviors, including positive risk taking. apa.org/news/podcasts/speaki…
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Summer has arrived, which means new additions to the DSN Lab team! On Monday, we welcomed two new Project Coordinators: Mary Cox (left) and Sarah Albani (right). Learn more about them via our our website! dsnlab.web.unc.edu/people/
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Congratulations to our post-doc @natashaduell on earning the departmental Innovation in Equity & Inclusivity Service Award! Natasha has been heavily involved in efforts to improve equity and inclusiveness in psych research and is a dedicated mentor to junior members of the lab.
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Introducing our eight new Research Assistants: Jordan Doersam, Yijing Lin, Hannah Moore, Merytt Haney, Keerthi Narasimhan, Amy Xu, Jillian Whitener, and Ben Dameron 🎉
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This past weekend we had our annual fall lab social. Thank you to everyone who came out!
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Also, VS-TPJ/pSTS and VS-mPFC connectivity during adaptive risk taking for themselves differentially predicted that for their parents across time. This study contributes to our understanding of the self as a neural proxy for promoting social behaviors in youth.
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Results show that from the 6th through 9th grades, adolescents took increasingly more adaptive risks for themselves than for their parent.
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In this longitudinal study, a total of 173 participants completed between 1-3 sessions across three waves. During an fMRI scan, adolescents completed a risky decision-making task where they made risky decisions to win money for themselves and their parent.
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Check out a new longitudinal paper entitled “Self-oriented neural circuitry predicts other-oriented adaptive risks in adolescence: A longitudinal study” that was just accepted into SCAN! Authored by @SehJooKwon, Caitlin C. Turpyn, @mitchprinstein, @ka_lindquist, and @EvaTelzer!
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Congratulations to @j_flan, @benjaminwnelson, @natashaduell, Caitlin Turpyn, @McCormickNeuro, @kathydo_ , @EmilySBibby, @mburroughs1, @rvilla1_ , and Emily Watlington for all your amazing achievements!
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Introducing our four new Research Assistants: A'sja Abron, Gabby Walton, Nicole Mora, and Roshni Ammanamanchi! 🎉
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Results from these cross-sectional analyses indicate that higher resting heart rate, lower step count and step count variability, and higher variability in sleep duration are associated with greater internalizing symptoms.
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The article evaluated biometrics from wearable fitness trackers (i.e., resting heart rate, step count, sleep duration) to see if they are cross-sectionally and longitudinally related to symptoms of internalizing disorders in a nationally representative sample of over 5,000 teens.
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