Austin Mudd (@atmudd) header
Austin Mudd (@atmudd) profile picture

Partner & Technology Advocate at Fifty Gazelles PhD, Nutritional Neuroscience

Chicago, IL
Joined January 2016
Photo by Austin Mudd (@atmudd)Photo by Austin Mudd (@atmudd)
Dietary Sialyllactose Influences Sialic Acid Concentrations in the Prefrontal Cortex and Magnetic Resonance Imaging Measures in Corpus Callosum of Young Pigs. dlvr.it/QbqCdB
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Austin Mudd retweeted
Prenatal #Choline Intake Increases Brain Development in #Piglets bit.ly/2pNIfac
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Prenatal Choline Intake Increases Gray and White Matter: Piglet Study Although the role of choline in neurodevelopment has been studied before in rodents, the new research, done with pigs, has more relevance to humans. #neuroscience #biology #pregnancy neurosciencenews.com/choline…
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Our work showing #choline during the prenatal period is important for grey and white matter development in young pigs (animal model for human infants) #nutrition #neurodevelopment #pregnancy academic.oup.com/cdn/advance…
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Research shows #choline is important for #brain development in pigs, which are an excellent model for human infants #nutrition #pregnancy news.aces.illinois.edu/news/…
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New research by @atmudd and @rndpig shows that piglets born to choline-deficient mothers have smaller brains with less grey and white matter. @DNSatUofI #ACESstory illinois.edu/emailer/newslet…
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Austin Mudd retweeted
Dietary Sialyllactose Does Not Influence Measures of Recognition Memory or Diurnal Activity in the Young Pig sci.fo/4mc #Nutrition #Brain #Development #Sialyllactose @Nutrients_MDPI
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Animal sciences professor Ryan Dilger, graduate student Austin Mudd and their colleagues used neuroimaging to study how iron deficiency influences piglet brain development. The findings may have implications for human infant brain development. buff.ly/2EP6Y48
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Read about #DNS Faculty, Ryan Dilger's work with iron deficiency during the first four weeks of a piglet’s life. The research indicates this deficiency causes impairment of key brain structures during their development. news.illinois.edu/view/6367/…
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#ILLINOIS study of piglet brain development (a model for human #Infant brain development) reveals lasting deficits when piglets are iron-deficient in the first weeks of life. bit.ly/2GzZnad #neuroscience
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Dietary Iron Repletion following Early-Life Dietary Iron Deficiency Does Not Correct Regional Volumetric or Diffusion Tensor Changes in the Developing Pig Brain. dlvr.it/QDG5Yk #FrontNeurol
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Dietary Iron Repletion following Early-Life Dietary Iron Deficiency Does Not Correct Regional Volumetric or Diffusion Tensor Changes in the Developing Pig Brain: Austin T. Mudd, Joanne E. Fil, Laura C. Knight, Ryan N. Dilger goo.gl/QcXjH1
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Eating More Foods with Choline During Pregnancy Boosts Baby's Brain neurosciencenews.com/choline… #choline #diet #pregnancy #neuroscience #science
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#ILLINOIS nutrition scientist Sharon Donovan elected to National Academy of Medicine! news.illinois.edu/blog/view/…
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