Turkey Microbiome
Ontology highlight
ABSTRACT:
PROVIDER: PRJEB14286 | ENA |
REPOSITORIES: ENA
Dataset's files
| Action | DRS | |||
|---|---|---|---|---|
| ERR1440870.fastq.gz | Fastqsanger.gz | |||
| ERR1440880.fastq.gz | Fastqsanger.gz | |||
| ERR1440890.fastq.gz | Fastqsanger.gz | |||
| ERR1440861.fastq.gz | Fastqsanger.gz | |||
| ERR1440871.fastq.gz | Fastqsanger.gz |
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Project description:The objective of this study was to determine differential gene expression of turkey breast muscle regarding development of PSE meat defect. Genetically unimproved, random-bred (RBC2) turkeys representing turkeys from 1966, which are smaller and grow slower than modern turkeys, were raised at the Michigan State University (MSU) Poultry farm and harvested at 22 week of age. Breast meat was collected and snap frozen in liquid nitrogen. Percent marinade uptake at 24h post-slaughter of each sample was determined. The highest (n=6) and the lowest (n=6) marinade uptake were classified as normal and PSE, respectively. Differentially expressed genes between normal and PSE was identified using TSMLO microarray and confirmed by qRT-PCR. Forty-one oligos were differentially expressed (false discovery rate, FDR<0.1). Candidate genes and pathways associated with development of PSE in turkey were suggested for further experiment to gain greater comprehension about this meat quality defect. Two-condition experiment: normal vs PSE; Biological replicate: n=6 for each condition; Birds were randomly assigned to an array and hybridizations were performed in random order.
2013-03-20 | E-GEOD-36660 | biostudies-arrayexpress
Project description:The purpose of Experiment 2 was two-fold: a) to evaluate a unique set of negative, distance, and mismatch control probes on the newly designed 6K TSKMLO microarray, and b) to identify differences in gene expression between two genetic lines of turkeys that phenotypically display differences in growth. Negative and mismatch controls confirmed specific hybridization using this array, and genes identified as differentially expressed between developmental stages by microarray analysis were confirmed by qRT-PCR. Novel candidate genes and pathways were identified as playing potentially crucial roles in skeletal muscle development between 2 distinct lines of turkeys with implications for improving turkey meat quality defects and growth-induced myopathies long-term. This experiment utilized turkeys from two genetic lines: RBC2, a randomly bred control line representative of a 1,967 commercial turkey, and F, a subline genetically selected from the RBC2 line for increased 16-week body weight. Skeletal muscle was collected at three critical developmental stages: 18-day embryo (18de; peak of hyperplasia), 1-day post-hatch (1d; shift from myoblast-mediated growth to satellite cell modulated growth by hypertrophy), and 16-week-old birds (16wk; completion of muscle formation and approximate age of commercial slaughter). Experiment 2 was designed to directly compare the two genetic lines, RBC2 vs. F, for each of the three stages of skeletal muscle development: 18de, 1d, and 16wk. Experiment 2 contained 10 arrays per comparison, therefore, it contained 30 arrays total. Birds were randomly assigned to an array, and hybridizations were performed in random order.
2010-01-31 | E-GEOD-19538 | biostudies-arrayexpress
Project description:Salmonella is one of most common causes of bacterial foodborne disease and consumption of contaminated poultry products, including turkey, is one route of exposure. Minimizing colonization of commercial turkeys with Salmonella could reduce the incidence of Salmonella-associated human foodborne illness. Understanding host responses to these bacteria could lead to potential strategies to minimize colonization and thus food safety risk. In this study, we evaluated bacterial load and blood leukocyte transcriptomic responses of 3-week-old turkeys challenged with the Salmonella enterica serovar Typhimurium (S. Typhimurium) UK1 strain. Turkeys (n = 8/dose) were inoculated with 108 or 1010 colony forming units (CFU) of S. Typhimurium UK1 and fecal shedding and tissue colonization were measured across multiple days post inoculation (dpi). Fecal shedding was 1-2 log10 higher in the 1010 CFU group than the 108 CFU group, but both doses effectively colonized the crop, spleen, ileum, cecum, colon, bursa of Fabricius and cloaca without causing any overt clinical signs in either group of birds. Blood leukocytes were isolated from a subset of the birds (n =3-4/dpi) both pre-infection (0 dpi) and 2 dpi with 1010 CFU and their transcriptomic responses assayed by RNA-sequencing (RNA-seq). After 2 dpi, 647 genes had significant differential expression (DE), including large increases in expression of immune genes such as CCAH221, IL4I1, LYZ, IL13RA2, IL22RA2, and ACOD1. IL1B was predicted as a major regulator of DE in these leukocytes and this DE was predicted to activate cell migration, phagocytosis and proliferation, and to impact the STAT3 and toll-like receptor pathways. These data revealed genes and pathways by which turkey blood leukocytes responded to the pathogen and can provide potential targets for developing intervention strategies or diagnostic assays to mitigate S. Typhimurium in turkeys.
2021-12-31 | GSE151896 | GEO
Project description:The purpose of Experiment 1 was two-fold: a) to evaluate a unique set of negative, distance, and mismatch control probes on the newly designed 6K TSKMLO microarray, and b) to identify patterns of gene expression in skeletal muscle during development. Negative and mismatch controls confirmed specific hybridization using this array, and genes identified as differentially expressed between developmental stages by microarray analysis were confirmed by qRT-PCR. Novel candidate genes and pathways were identified as playing potentially crucial roles in turkey skeletal muscle development with implications for improving turkey meat quality defects and growth-induced myopathies long-term. This experiment utilized turkeys from two genetic lines: RBC2, a randomly bred control line representative of a 1,967 commercial turkey, and F, a subline genetically selected from the RBC2 line for increased 16-week body weight. Skeletal muscle was collected at three critical developmental stages: 18-day embryo (18de; peak of hyperplasia), 1-day post-hatch (1d; shift from myoblast-mediated growth to satellite cell modulated growth by hypertrophy), and 16-week-old birds (16wk; completion of muscle formation and approximate age of commercial slaughter). Experiment 1 was designed to directly compare the three stages of skeletal muscle development: 18de vs. 1d, or 1d vs. 16wk, for each of the genetic lines. Experiment 1 contained 10 arrays per comparison, therefore, it contained 40 arrays total. Birds were randomly assigned to an array, and hybridizations were performed in random order.
2010-01-31 | E-GEOD-19531 | biostudies-arrayexpress
Project description:To validate the use of chicken array for turkey, the ability of species-specific hybridization (SSH, chicken samples-chicken arrays) and cross-species hybridization (CSH, turkey samples-chicken arrays) were compared in the same biological conditions. Reproductively active laying chickens and reproductively inactive non-laying pullets were used to generate the results for SSH. Similarly, reproductively active laying turkeys and reproductively inactive non-laying photorefractory turkeys were used to generate the results for CSH.
2015-03-11 | GSE66704 | GEO
Project description:The objective of this study was to determine differential gene expression of turkey breast muscle regarding development of PSE meat defect. Genetically unimproved, random-bred (RBC2) turkeys representing turkeys from 1966, which are smaller and grow slower than modern turkeys, were raised at the Michigan State University (MSU) Poultry farm and harvested at 22 week of age. Breast meat was collected and snap frozen in liquid nitrogen. Percent marinade uptake at 24h post-slaughter of each sample was determined. The highest (n=6) and the lowest (n=6) marinade uptake were classified as normal and PSE, respectively. Differentially expressed genes between normal and PSE was identified using TSMLO microarray and confirmed by qRT-PCR. Forty-one oligos were differentially expressed (false discovery rate, FDR<0.1). Candidate genes and pathways associated with development of PSE in turkey were suggested for further experiment to gain greater comprehension about this meat quality defect.
2013-03-20 | GSE36660 | GEO
Project description:The male reproductive tract tissue samples were obtained from six 38-wk-old turkeys. The gene expression pattern in turkey testis, epididymis and ductus deferens were determined by high-throughput transcriptome sequencing. The obtained sequence reads were mapped to the turkey genome, and relative expression values were calculated for the analysis of differential expressed genes. Bioinformatics analysis revealed several candidate genes potentially involved in spermatogenesis, spermiogenesis and flagella formation in testis and post-testicular sperm maturation in epididymis and ductus deferens. The achievement of spermatozoa motility during post-testicular maturation were found to be linked with development of flagellum actin filaments and biochemical processes including Ca2+ influx and protein phosphorylation/dephosphorylation. Finally, genes involved in reproductive system development and morphogenesis were identified.
2019-12-21 | GSE142428 | GEO
Project description:In this study, we directly compared turkey muscle satellite cell gene expression between satellite cells with the gene Matrix Gla Protein (MGP) knocked down by siRNA transfection and those transfected with a lipofectamine control using our 6K Turkey Skeletal Muscle Long Oligo (TSKMLO) microarray (GPL9788). The MGP gene was previously identified as differentially expressed by genetic line and during development of turkey skeletal muscle (Sporer et al., 2011). Gene expression changes were investigated in satellite cells after 72 h of proliferation and after 48 h of differentiation. We identified novel candidate genes and pathways as playing potentially crucial roles in the MGP-mediated effects on the normal processes of proliferation and differentiation in turkey satellite cells previously identified by Velleman et al. (submitted). This experiment was designed to investigate the role of MGP expression in turkey satellite cells during two crucial processes in muscle development: proliferation and differentiation. Satellite cells were isolated from 7-week-old turkeys from the RBC2 line. Cells were transfected with either MGP siRNA or a lipofectamine control; MGP expression was knocked down by over 50% with siRNA transfection (Velleman et al., submitted). Satellite cells were then induced to proliferate for 72h or differentiate for 48h; culture plates from each stage (n=4) were frozen until RNA extraction. Microarrays directly compared the MGP -knockdown to control from each of 4 culture plates and utilized a dye swap to equal 8 arrays for each of the cell developmental stages, proliferation and differentiation, and 16 arrays for the overall experiment investigating the role of MGP expression in satellite cell development and function. Hybridizations were performed in random order.
2012-05-31 | E-GEOD-36362 | biostudies-arrayexpress
Project description:In this study, we directly compared turkey muscle satellite cell gene expression between satellite cells with the gene versican (VCAN) knocked down by siRNA transfection and those transfected with a lipofectamine control using our 6K Turkey Skeletal Muscle Long Oligo (TSKMLO) microarray (GPL9788). The VCAN gene was previously identified as differentially expressed by genetic line and during development of turkey skeletal muscle (Sporer et al., 2011). Gene expression changes were investigated in satellite cells after 72 h of proliferation and after 48 h of differentiation. We identified novel candidate genes and pathways as playing potentially crucial roles in the VCAN-mediated effects on the normal processes of proliferation and differentiation in turkey satellite cells previously identified by Velleman et al. (submitted). This experiment was designed to investigate the role of VCAN expression in turkey satellite cells during two crucial processes in muscle development: proliferation and differentiation. Satellite cells were isolated from 7-week-old turkeys from the RBC2 line. Cells were transfected with either VCAN siRNA or a lipofectamine control; VCAN expression was knocked down by over 50% with siRNA transfection (Velleman et al., submitted). Satellite cells were then induced to proliferate for 72h or differentiate for 48h; culture plates from each stage (n=4) were frozen until RNA extraction. Microarrays directly compared the VCAN-knockdown to control from each of 4 culture plates and utilized a dye swap to equal 8 arrays for each of the cell developmental stages, proliferation and differentiation, and 16 arrays for the overall experiment investigating the role of VCAN expression in satellite cell development and function. Hybridizations were performed in random order.
2012-05-31 | E-GEOD-36365 | biostudies-arrayexpress
Project description:In this study, we directly compared turkey muscle satellite cell gene expression between satellite cells with the gene Death-Associated Protein (DAP) knocked down by siRNA transfection and those transfected with a lipofectamine control using our 6K Turkey Skeletal Muscle Long Oligo (TSKMLO) microarray (GPL9788). The DAP gene was previously identified as differentially expressed by genetic line and during development of turkey skeletal muscle (Sporer et al., 2011). Gene expression changes were investigated in satellite cells after 72 h of proliferation and after 48 h of differentiation. We identified novel candidate genes and pathways as playing potentially crucial roles in the DAP-mediated attenuation of the normal processes of proliferation and differentiation in turkey satellite cells previously identified by Velleman et al. (submitted). This experiment was designed to investigate the role of DAP expression in turkey satellite cells during two crucial processes in muscle development: proliferation and differentiation. Satellite cells were isolated from 7-week-old turkeys from the RBC2 line. Cells were transfected with either DAP siRNA or a lipofectamine control; DAP expression was knocked down by over 50% with siRNA transfection (Velleman et al., submitted). Satellite cells were then induced to proliferate for 72h or differentiate for 48h; culture plates from each stage (n=4) were frozen until RNA extraction. Microarrays directly compared the DAP-knockdown to control from each of 4 culture plates and utilized a dye swap to equal 8 arrays for each of the cell developmental stages, proliferation and differentiation, and 16 arrays for the overall experiment investigating the role of DAP expression in satellite cell development and function. Hybridizations were performed in random order.
2012-05-31 | E-GEOD-35660 | biostudies-arrayexpress