Christopher W. Bartlett, Ph.D. :: Nationwide Children's Hospital, Columbus, Ohio

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Christopher W. Bartlett, PhD

Christopher W. Bartlett, PhD

Contact Information

The Research Institute at Nationwide Children's Hospital
700 Children's Drive
Columbus, Ohio 43205 [ map ]
PH: (614) 355-5625
FX: (614) 355.2728
E-mail Me

Biography

Christopher W. Bartlett, PhD, is a principal investigator in the Battelle Center for Mathematical Medicine at the Research Institute at Nationwide Children’s Hospital and an Assistant Professor of Pediatrics at the Ohio State University. Dr. Bartlett's NIH funded research program primarily focuses on the genetics of language impairments in families including isolated impairments or in conjunction with autism spectra disorders.

View CV »

Languages Spoken:

  • English

Research Interests

Research Center:

Areas of Interest:

  • My laboratory seeks to identify genetic factors for language impairments. As animal models of language development are of limited utility, we examine DNA from families segregating specific language impairment or autism as part of two separate but interacting projects. These projects are heavily interdisciplinary, utilizing a wide range of molecular and computational methods developed in-house and though close collaborations with experts in statistics and computer science. We hope that use of genetics will allow for identification of at-risk children to promote early intervention.

    Neurogenetics: My long-term goal is to understand the molecular neurobiology of human language. However, moreso than any other cognitive neuroscience topic, the neurobiology of language is quite resistant to use of animal models except in extremely circumscribed ways. My approach is to use “forward genetics” whereby we map language and related traits into the human genome in language impaired patient and family studies using a mix of statistics and genomics. This work entails three levels of basic research and experimentation that feed into the larger project. 1) Statistical genetics research where we develop the statistical methods necessary to directly model and thereby answer our specific research questions. This work involves both analytical and computational methods. 2) Molecular genetic methods and assay development to generate the raw data used in our analyses. 3) Studies of gene expression in the human brain using methods that are similar to those for mapping cognitive traits, but these research questions involve finding directly functional genomic elements that are active in the human brain, such polymorphisms are good candidates biomarkers and mediators of cognitive performance.

    Specific Language Impairment Research: Specific language impairment (SLI) is an idiopathic neurodevelopmental complex disorder consisting of clinically depressed language ability despite normal hearing, education and intelligence. Approximately 5-7 percentof school age children meet these criteria and represent the largest portion of children receiving special education services within the nation’s public school system costing on average an additional $2400/year per child while incurring less tax revenue due to lost educational opportunities. SLI is consistently heritable, defined either categorically or quantitatively (Bishop et al. 1995; Tomblin and Buckwalter 1998). To date, two genome-wide scans for SLI have been conducted (Bartlett et al. 2002; SLI_Consortium 2002). In a previous funding period we found compelling evidence for a susceptibility allele within our families selected for SLI on 13q21-22 (Bartlett et al. 2002) with a PPL of 53% (LOD=3.92). This finding was followed up with a replication PPL of 17 percent (LOD=2.62) (Bartlett et al. 2004); joint analysis of both datasets shows strong evidence for linkage to 13q21 with a PPL of 96.9 percent (LOD=7.86). We are executing a series of complementary approaches to assist in understanding the highly complex interrelationships between language and reading measures and how those relationships may underlie the SLI. To this end we are employing new multivariate approaches which are expected to 1) improve our understanding of how quantitative language and reading measures, some perhaps representing different etiologic mechanisms, relate to SLI as a diagnosis and 2) increase power to detect novel loci. Our strong linkage signal on 13q21 provides a solid foundation to perform a series of linkage/association analyses using uni- and multi-variate phenotypes including both categorical affection status and quantitative measures of language and related skills in order to dissect the multiple, heterogeneous, pathways to an SLI diagnosis.

    Behavioral and Genetic Biomarker Development for Autism and Related Disorders: The overall goal of this project is to advance the development of behavioral and genetic biomarkers for autism and related disorders. While it is clear that autism has a strong inherited genetic component, very large scale genetic studies that have relied only on a general diagnosis of autism (spectrum) disorders (or other information only on affected individuals) have had limited success in identifying risk alleles, leaving a critical issue for the field. Behavioral biomarkers, especially language ability, have been used with some success to increase power in gene mapping, but to date studies have focused on detailed behavioral assessments only of subjects with autism and not their family members, despite an extensive literature defining increased rates of related phenotypes in family members. We will use our existing family set with an extensive existing database of clinical and genetic data from all family members, where each family contains at least one proband with autism and at least one proband with a language deficit, to define biomarkers for risk. For Aim 1, Behavioral Biomarker Development, we will develop a set of behavioral biomarkers of genetic risk for autism and related disorders. We will analyze our extensive behavioral testing database to determine which measures have the strongest genetic effects and further examine latent class structures for both data reduction and to reduce measurement error. We will conduct follow-up assessments on a subset of study participants to determine longitudinal stability of selected biomarkers. For Aim 2, Behavioral Biomarker Validation, we will validate inherited components of the behavioral biomarkers through the use of genome-wide analysis. We will use analysis of quantitative and dichotomous behavioral biomarker data using a quasi-Bayesian posterior probability method to elucidate the genetic architecture of risk, providing evidence of the nature of the inherited genetic component. For Aim 3, Genetic Biomarker Identification, we will identify specific DNA variations associated with genetic risk for autism and related disorders. We will test both common and rare variants, SNPs and CNVs, from candidate genes within the regions identified in Aim 2 and evaluate additional variants from the literature as potential factors modulating a network of risk-determining genes. Identification of susceptibility genes through the approaches proposed could provide important insights into biological basis of this illness, which could result in the development of novel treatments.

Education and Training

Undergraduate School

  • Wright State University
    Date Completed: 06/30/1998

Post Doctoral

  • Rutgers
    Date Completed: 06/30/2004

Professional Experience

2007–present

  • Assistant Professor, Battelle Center for Mathematical Medicine (formerly known at the Center for Quantitative and Computational Biology, The Research Institute at Nationwide Children's Hospital

2006–present

  • Assistant Professor of Pediatrics, The Ohio State University

2006–present

  • Assistant Professor, Center for Molecular and Human Genetics, The Research Institute at Nationwide Children's Hospital

2006–2007

  • Assistant Professor, Center for Quantitative and Computational Biology, The Research Institute at Nationwide Children's Hospital

Publications

  • Bartlett,Christopher,W.;Hou,Liping;Flax,Judy,F.;Hare,Abby;Cheong,Soo Yeon;Fermano,Zena;Zimmerman-Bier,Barbie;Cartwright,Charles;Azaro,Marco,A.;Buyske,Steven;Brzustowicz,Linda,M. 2014. A Genome-scan for Loci Shared by Autism Spectrum Disorder and Specific Language Impairment.  American Journal of Psychiatry. Vol. 171, no. 1. (January): 72-81.
  • Ray, WC, Bartlett, CW. 2013. StickWRLD : Interactive Visualization of massive parallel contingency data for Personalized Analysis to facilitate Precision Medicine.  IEEE Proceedings on Visual Analytics in Healthcare. Vol. 3, no. November: 68-71.
  • Wolock, Samuel L; Yates, Andrew; Petrill, Stephen A; Bohland, Jason W; Blair, Clancy; Li, Ning; Machiraju, Raghu; Huang, Kun; Bartlett, Christopher W. 2013. Gene x Smoking Interactions on Human Brain Gene Expression: Finding Common Mechanisms in Adolescents and Adults.  Journal of Child Psychology and Psychiatry. Vol. 54, no. 10. (October): 1109-1119.
  • Petrill, SA, Bartlett, CW, Blair, C. 2013. Editorial: gene-environment interplay in child psychology and psychiatry - challenges and ways forward.  Journal of Child Psychology and Psychiatry. Vol. 54, no. 10. (October): e1029.
  • Sakai,Ryo;Bartlett,Christopher,W;Popovic,Dusan;Ray,William,C;Aerts,Jan. 2012. Aracari – exploration of eQTL data through visualization.  IEEE Transaction on Biological Data Visualization. Vol. 1, no. November: e33.
  • Bartlett,Christopher,W; Flax,Judy,F; Fermano,Zena; Hare,Abby; Hou,Liping; Petrill,Stephen,A; Buyske,Steven; Brzustowicz,Linda,M. 2012. Gene x Gene Interaction in Shared Etiology of Autism and Specific Language Impairment.  BIOLOGICAL PSYCHIATRY. Vol. 72, no. 8. (October): 692-699.
  • Chalkidis,Georgios;Tremmel,Georg;Ray,William;Bartlett,Christopher,W.; Nagasaki,Masao; Miyano,Sator. 2012. Reverse Engineering Complex Disease Networks by Information Flow Analysis in eQTL Datasets.  Proceedings of the 2012 IEEE Transactions on Biomedical Engineering. Vol. 1, no. June: 1-4.
  • Bartlett,Christopher,W; Cheong,Soo,Yeon; Hou,Liping; Paquette,Jesse; Lum,Pek,Yee; Jaeger,Guenter; Battke,Florian; Vehlow,Corinna; Heinrich,Julian; Nieselt,Kay; Sakai,Ryo; Aerts,Jan; Ray,William,C. 2012. An eQTL biological data visualization challenge and approaches from the visualization community.  BMC BIOINFORMATICS. Vol. 13, no. May: eS8.
  • [begin-bold]Bartlett CW[end-bold], Cheong SY, Hou L, Paquette J, Lum P, Jager G, Battke F, Vehlow C, Heinrich J, Nieselt K, Sakai R, Aerts J, Ray WC. 2012. An eQTL Biological Data Visualization Challenge and Approaches from the Visualization Community.  BMC Bioinformatics. Vol. 13, no. Suppl 8. (May): eS8.
  • Logan,Jessica,AR; Petrill,Stephen,A; Hart,Sara,A; Schatschneider,Christopher; Thompson,Lee,A; Deater-Deckard,Kirby; DeThorne,Laura,S; Bartlett,Christopher. 2012. Heritability across the distribution: an application of quantile regression.  Behavior Genetics. Vol. 42, no. 2. (March): e256–267.
  • Li, Ning; Bartlett, Christopher,W. 2012. Defining the Genetic Architecture of Human Developmental Language Impairment.  Life Sciences. Vol. 90, no. February: 469-475.
  • Bartlett,Christopher,W; Yeon Cheong,Soo; Hou,Liping; Paquette,Jesse; Yee Lum,Pek; Jäger,Günter; Battke,Florian; Vehlow,Corinna; Heinrich,Julian; Nieselt,Kay; Sakai,Ryo; Aerts,Jan; Ray,William,C. 2012. An eQTL biological data visualization challenge and approaches from the visualization community.  BMC bioinformatics. Vol. 13, no. January: eS8.
  • Hou,Liping; Wang,Kai; Bartlett,Christopher,W. 2012. Evaluation of a Bayesian Model Integration-Based Method for Censored Data.  HUMAN HEREDITY. Vol. 74, no. 1. (January): 1-11.
  • Worbis,Edward,Y; Machiraju,Raghu, Bartlett,Christopher,W;Ray,William,C. 2011. Visual Interactive Quality Assurance of Personalized Medicine Data and Treatment Subtype Assignment.  Proceedings on the Workshop on Visual Analytics in Healthcare: Understanding the Physician Perspective. Vol. 1, no. November: 33-36.
  • Logan,Jessica; Petrill,Stephen,A; Flax,Judy; Justice,Laura,M; Hou,Liping; Bassett,Anne,S; Tallal,Paula; Brzustowicz,Linda,M; Bartlett,Christopher,W. 2011. Genetic Covariation Underlying Reading, Language and Related Measures in a Sample Selected for Specific Language Impairment.  Behavior Genetics. Vol. 41, no. 5. (September): 651-659.
  • Hou,Liping; Phillips,Christopher; Azaro,Marco; Brzustowicz,Linda,M; Bartlett,Christopher,W. 2011. Validation of a Cost-Efficient Multi-Purpose SNP Panel for Disease Based Research.  PLoS ONE. Vol. 6, no. 5. (May): ee19699.
  • Worbis EY, Machiraju R, [begin-bold]Bartlett CW[end-bold], Ray W. 2011. Visual Interactive Quality Assurance of Personalized Medicine Data and Treatment Subtype Assignment. In IEEE Workshop on Visual Analytics in Healthcare: Understanding the Physician Perspective
  • Simmons,Tabatha,R; Flax,Judy,F; Azaro,Marco,A; Hayter,Jared,E; Justice,Laura,M; Petrill,Stephen,A; Bassett,Anne,S; Tallal,Paula; Brzustowicz,Linda,M; Bartlett,Christopher,W. 2010. Increasing Genotype-Phenotype Model Determinism: Application to Bivariate Reading/Language Traits and Epistatic Interactions in Language-Impaired Families.  HUMAN HEREDITY. Vol. 70, no. 4. (January): 232-244.
  • Liu,Xiao-qing; Paterson,Andrew,D; Szatmari,Peter; Autism Genome Project (including Bartlett, Christopher W). 2008. Genome-wide linkage analyses of quantitative and categorical autism subphenotypes.  BIOLOGICAL PSYCHIATRY. Vol. 64, no. 7. (October): 561-570.
  • Vieland,Veronica,J; Huang,Yungui; Bartlett,Christopher; Davies,Terry,F; Tomers,Yaron. 2008. A multilocus model of the genetic architecture of Autoimmune Thyroid Disorder, with clinical implications.  AMERICAN JOURNAL OF HUMAN GENETICS. Vol. 82, no. 6. (June): 1349-1356.
  • Wassink,Thomas,H; Vieland,Veronica,J; Sheffield,Val,C; Bartlett,Christopher,W; Goedken,Rhinda; Childress,Deborah; Piven,Joseph. 2008. Posterior probability of linkage analysis of autism dataset identifies linkage to chromosome 16.  PSYCHIATRIC GENETICS. Vol. 18, no. 2. (April): 85-91.
  • Szatmari,Peter; Paterson,Andrew,D; Zwaigenbaum,Lonnie; Roberts,Wendy; Brian,Jessica; Liu,Xiao-qing; Vincent,John,B; Skaug,Jennifer,L; Thompson,Ann,P; Senman,Lili; Feuk,Lars; Qian,Cheng; Bryson,Susan,E; Jones,Marshall,B; Marshall,Christian,R; Scherer,Stephen,W; Vieland,Veronica,J; Bartlett,Christopher; Mangin,La,Vonne; Goedken,Rhinda; Segre,Alberto; Pericak-Vance,Margaret,A; Cuccaro,Michael,L; Gilbert,John,R; Wright,Harry,H; Abramson,Ruth,K; Betancur,Catalina; Bourgeron,Thomas; Gillberg,Christopher; Leboyer,Marion; Buxbaum,Joseph,D; Davis,Kenneth,L; Hollander,Eric; Silverman,Jeremy,M; Hallmayer,Joachim; Lotspeich,Linda; Sutcliffe,James,S; Haines,Jonathan,L; Folstein,Susan,E; Piven,Joseph; Wassink,Thomas,H; Sheffield,Val; Geschwind,Daniel,H; Bucan,Maja; Brown,W,Ted; Cantor,Rita,M; Constantino,John,N; Gilliam,T,Conrad; Herbert,Martha; LaJonchere,Clara; Ledbetter,David,H; Lese-Martin,Christa; Miller,Janet; Nelson,Stan; Samango-Sprouse,Carol,A; Spence,Sarah; State,Matthew; Tanzi,Rudolph,E; Coon,Hilary; Dawson,Geraldine; Devlin,Bernie; Estes,Annette; Flodman,Pamela; Klei,Lambertus; McMahon,William,M; Minshew,Nancy; Munson,Jeff; Korvatska,Elena; Rodier,Patricia,M; Schellenberg,Gerard,D; Smith,Moyra; Spence,M,Anne; Stodgell,Chris; Tepper,Ping,Guo; Wijsman,Ellen,M; Yu,Chang-En; Roge,Bernadette; Mantoulan,Carine; Wittemeyer,Kerstin; Poustka,Annemarie; Felder,Barbel; Klauck,Sabine,M; Schuster,Claudia; Poustka,Fritz; Boelte,Sven; Feineis-Matthews,Sabine; Herbrecht,Evelyn; Schmoetzer,Gabi; Tsiantis,John; Papanikolaou,Katerina; Maestrini,Elena; Bacchelli,Elena; Blasi,Francesca; Carone,Simona; Toma,Claudio; van Engeland,Herman; de Jonge,Maretha; Kemner,Chantal; Koop,Frederike; Langemeijer,Marjolijn; Hijimans,Channa; Staal,Wouter,G; Baird,Gillian; Bolton,Patrick,F; Rutter,Michael,L; Weisblatt,Emma; Green,Jonathan; Aldred,Catherine; Wilkinson,Julie-Anne; Pickles,Andrew; Le Couteur,Ann; Berney,Tom; McConachie,Helen; Bailey,Anthony,J; Francis,Kostas; Honeyman,Gemma; Hutchinson,Aislin. 2007. Mapping autism risk loci using genetic linkage and chromosomal rearrangements.  NATURE GENETICS. Vol. 39, no. 3. (March): 319-328.
  • Bartlett,Christopher,W; Vieland,Veronica,J. 2007. Accumulating quantitative trait linkage evidence across multiple datasets using the posterior probability of linkage.  GENETIC EPIDEMIOLOGY. Vol. 31, no. 2. (February): 91-102.
  • Bartlett,Christopher,W; Vieland,Veronica,J. 2007. Discussing gene-gene interaction: Warning - Translating equations to english may result in Jabberwocky.  GENETIC EPIDEMIOLOGY. Vol. 31, no. January: S61-S67.
  • Huang Y, Bartlett CW, Segre AM, O'Connell JR, Mangin LV, Vieland VJ. 2007. Exploiting gene × gene interaction in linkage analysis. In BMC Proceedings
  • Huang,Yungui; Bartlett,Christopher,W; Segre,Alberto,M; O'Connell,Jeffrey,R; Mangin,Lavonne; Vieland,Veronica,J. 2007. Exploiting gene x gene interaction in linkage analysis.  BMC proceedings. Vol. 1, no. January: eS64.
  • Bartlett CW, Vieland VJ, on behalf of Group 7. 2007. Discussing Gene-gene interaction: Warning- Translating equations to English may result in jabberwocky.  Genetic Epidemiology. Vol. 31, no. Supplement 1. (January): S61-S67.
  • Cordell HJ, de Andrade M, Babron MC, Bartlett CW, BEyene J, Bickeböller H, Culverhouse R, Cupples LA, Daw EW, Dupuis J, Galk CT, Ghosh S, Goddard KA, Goode EL, Hauser ER, Martin LJ, Martinez M, North KE, Saccone NL, Schmidt S, Tapper W, et. al. 2007. Genetic Analysis Workshop 15: gene expression analysis and approaches to detecting multiple functional loci. In BMC Proceedings
  • Cordell,Heather,J; de Andrade,Mariza; Babron,Marie-Claude; Bartlett,Christopher,W; Beyene,Joseph; Bickeböller,Heike; Culverhouse,Robert; Cupples,L,Adrienne; Daw,E,Warwick; Dupuis,Josée; Falk,Catherine,T; Ghosh,Saurabh; Goddard,Katrina,A; Goode,Ellen,L; Hauser,Elizabeth,R; Martin,Lisa,J; Martinez,Maria; North,Kari,E; Saccone,Nancy,L; Schmidt,Silke; Tapper,William; Thomas,Duncan; Tritchler,David; Vieland,Veronica,J; Wijsman,Ellen,M; Wilcox,Marsha,A; Witte,John,S; Yang,Qiong; Ziegler,Andreas; Almasy,Laura; MacCluer,Jean,W. 2007. Genetic Analysis Workshop 15: gene expression analysis and approaches to detecting multiple functional loci.  BMC proceedings. Vol. 1, no. January: S1-?.
  • [begin-bold]Bartlett CW[end-bold]; Vieland VJ. 2007. Discussing gene-gene interaction: Warning - Translating equations to english may result in Jabberwocky. In 15th Genetic Analysis Workshop/International-Genetic-Epidemiology-Society Meeting
  • George,Andrew,W; Mangin,LaVonne,A; Bartlett,Christopher,W; Logue,Mark,W; Segre,Alberto,M; Vieland,Veroncia,J. 2005. Calculation of multipoint likelihoods using flanking marker data: a simulation study.  BMC GENETICS. Vol. 6, no. December: eS44.
  • [begin-bold]Bartlett CW[end-bold]; Vieland VJ. 2005. Two novel quantitative trait linkage analysis statistics based on the posterior probability of linkage: application to the COGA families. In 14th Genetic Analysis Workshop
  • George AW; Mangin LA; [begin-bold]Bartlett CW[end-bold]; Logue MW; Segre AM; Vieland VJ. 2005. Calculation of multipoint likelihoods using flanking marker data: a simulation study. In 14th Genetic Analysis Workshop
  • Bartlett,Christopher,W; Vieland,Veronica,J. 2005. Two novel quantitative trait linkage analysis statistics based on the posterior probability of linkage: application to the COGA families.  BMC GENETICS. Vol. 6, no. December: eS121.
  • Wassink,Thomas,H; Piven,Joseph; Vieland,Veronica,J; Jenkins,L; Frantz,R; Bartlett,Christopher,W; Goedken,Rinda; Childress,D; Spence,M,A; Smith,M; Sheffield,Val,C. 2005. Evaluation of the chromosome 2q37.3 gene CENTG2 as an autism susceptibility gene.  AMERICAN JOURNAL OF MEDICAL GENETICS PART B-NEUROPSYCHIATRIC GENETICS. Vol. 136B, no. 1. (July): 36-44.
  • Bartlett,Christopher,W; Goedken,Rinda; Vieland,Veronica,J. 2005. Effects of updating linkage evidence across subsets of data: Reanalysis of the autism genetic resource exchange data set.  AMERICAN JOURNAL OF HUMAN GENETICS. Vol. 76, no. 4. (April): 688-695.
  • Bartlett,Christopher,W; Gharani,Neda; Millonig,James,H; Brzustowicz,Linda,M. 2005. Three autism candidate genes: a synthesis of human genetic analysis with other disciplines.  INTERNATIONAL JOURNAL OF DEVELOPMENTAL NEUROSCIENCE. Vol. 23, no. 2-3. (April): 221-234.
  • Bartlett CW, Vieland VJ. 2005. Two Novel Quantitative Trait Linkage Analysis Statistics Based the Posterior Probability of Linkage : Application to the COGA Families, BMC Genetics 6 (Suppl1) S121.  BMC Genetics. Vol. Suppl. 1, no. January: eS121.
  • George AW, Mangin LA, Bartlett CW, Logue MW, Segre AM, Vieland VJ. 2005. Calculation of multipoint likelihoods using flanking marker data: A simulation study.  BMC Genetics. Vol. S44, no. Suppl1. (January).
  • Bartlett,Christopher,W; Flax,Judy,F; Logue,Mark,W; Smith,Brett,J; Vieland,Veronica,J; Tallal,Paula; Brzustowicz,Linda,M. 2004. Examination of potential overlap in autism and language loci on chromosomes 2, 7, and 13 in two independent samples ascertained for specific language impairment.  HUMAN HEREDITY. Vol. 57, no. 1. (January): 10-20.
  • Bartlett CW, Flax JF, Logue MW, Smith BJ, Vieland VJ, Tallal P, Brzustowicz LM. 2004. Examination of Potential Overlap in Autism and Language Loci on Chromosomes 2, 7, and 13 in Two Independent Samples Ascertained for Specific Language Impairment.  Human Heredity. Vol. 57, no. January: 10-20.
  • Wassink,Thomas,H; Brzustowicz,Linda,M; Bartlett,Christopher,W; Szatmari,Peter. 2004. The search for autism disease genes.  MENTAL RETARDATION AND DEVELOPMENTAL DISABILITIES RESEARCH REVIEWS. Vol. 10, no. 4. (January): 272-283.
  • Flax,Judy,F; Realpe-Bonilla,Teresa; Hirsch,Linda,S; Brzustowicz,Linda,M; Bartlett,Christopher,W; Tallal,Paula. 2003. Specific language impairment in families: Evidence for co-occurrence with reading impairments.  JOURNAL OF SPEECH LANGUAGE AND HEARING RESEARCH. Vol. 46, no. 3. (June): 530-543.
  • Bartlett,Christopher,W; Flax,Judy,F; Logue,Mark,W; Vieland,Veronica,J; Bassett,Anne,S; Tallal,Paula; Brzustowicz,Linda,M. 2002. A major susceptibility locus for specific language impairment is located on 13q21.  AMERICAN JOURNAL OF HUMAN GENETICS. Vol. 71, no. 1. (July): 45-55.
  • Tallal,Paula; Hirsch,Linda S; Realpe-Bonilla,Teresa; Miller,Stephen; Brzustowicz,Linda M; Bartlett,Christopher; Flax,Judy F. 2001. Familial aggregation in specific language impairment.  JOURNAL OF SPEECH LANGUAGE AND HEARING RESEARCH. Vol. 44, no. 5. (October): 1172-1182.
  • Justice, Laura, M.; Logan, Jessica; Kaderavek, Joan; Schmitt, Mary Beth; Tompkins, Virginia; Bartlett, Christopher, W. Empirically Based Profiles of the Early Literacy Skills of Children with Language Impairment in Early Childhood Special Education.  Journal of Learning Disabilities.
  • Bartlett CW, Flax JF, Fermano Z, Hare A, Hou L, Petrill SA, Buyske S, Brzustowicz LM. Gene x Gene Interaction in Shared Etiology of Autism and Specific Language Impairment.  Biological Psychiatry (8.283).
  • Goode, Michael, R.; Cheong, Soo Yeon; Li, Ning; Ray, William, C.; Bartlett, Christopher, W. Collection and Extraction of Saliva DNA for Next Generation Sequencing.  Journal of Visualized Experiments.
  • Hou, Liping;Wang, Kai;Bartlett,Christopher,W. Evaluation of a Bayesian Model-Integration-Based Method for Censored Data.  Human Heredity.
  • Wang, Zhe; Hart, Sara A.; Kovas, Yulia; Lukowski, Sarah; Soden, Brooke; Thompson, Lee, A,; Plomin, Robert; McLoughlin, Grainne; Bartlett, Christopher, W.; Lyons, Ian, M,; Petrill, Stephen, A. Who’s Afraid of Math? Two Sources of Genetic Variance for Mathematical Anxiety.  Journal of Child Psychology and Psychiatry.
  • Chalkidis G, Tremmel G, Ray W, Bartlett CW, Miyano S, Nagasaki M. 0. Reverse Engineering Complex Disease Networks by Information Flow Analysis in eQTL Datasets. In Transactions on Biomedical Engineering

Awards, Honors and Organizations

  • Graduate Fellowship for Academic Excellence, Johnson & Johnson (1998)
  • Bartlett et. al. in top ten best research papers on child development by Center of Excellence on Early Childhood Development, Université de Montréal (2002)
Nationwide Children's Hospital
700 Children's Drive Columbus, Ohio 43205 614.722.2000