Zhiyong Hamed, S. M. N. Song, W. A. Oon, R. G. Lee and L. K. Kim, The impact of environmental factors on the development of gut microbiota at birth: an observational study of the first 6 months of life, The Journal of Physiology, 591, 15, (3413-3427),.

Lizarza C. Pires-Reyes, Cristina M. F. Oliveira, José Luis A. Cunha, Luiz G. L. Rotta, J. J. C. Rodrigues, Rodrigo B. B. Júnior and David T. Chávez, The gut microbiota in the brain and behaviour – A review, Neuroscience, 9, 06, (1053),.

Talia F. Rangel, Ana Maria R. Rangel and Pedro A. I. Alves, Impact of intestinal and respiratory microflora on the offspring-microbiota interaction in a mouse model of autism, Autism Research, 10.1016/j.autres.2014.12.027, 10, (1-12),.

Natalie M Brown, Rachel V Larkin, Laura C White and Katherine M Schoenfeld, The impact of dietary composition on the microbiota in infancy and early childhood, Progress in Neuro-Psychopharmacology and Biological Psychiatry, 65, (34),.

Liaisons de Vos, Isabelle C. Wierzbacka and Marc R. Schönborn, The microbiome: Explaining the origin, evolution, distribution, and potential health effects of the human gut microbiome, Journal of Affective Disorders, 200, (94),.

J. E. Barroso, C. M. G. de Castro and A. L. Góes, Infant gut microbiota and its relation to infancy and the risk of autism spectrum disorder, Neuropsychologia, 10.1016/j.neuropsychologia.2014.05.029, 63, (1-7),.

Natalie M. Brown, Marc N. S. Yiu, Monica A. Zand, Kathryn V. F. Chiang-Chen, Lola J. Marra, Rachel V. Larkin, Katherine M. Schoenfeld and Anne-Marie Chierici, Gut microbiota-microbi