tailieunhanh - Evaluation of skin expression profiles in cattle of Bos indicus and Bos taurus lineage following Rhipicephalus annulatus infestation and molecular characterisation of S100A8 Gene

In tropical countries, a huge drain in profitability of animal production sector is attributed to tick and tick- borne diseases (TTBD). Traditional tick control measures are riddled by development of acaricide resistance in ticks and possibility of environmental pollution. Identifying and propagating naturally resistant breeds of cattle in endemic regions is a more efficient method in the long run. Marker assisted selection (MAS) which applies genomic information along with conventional selection in cattle breeding is a probable solution. S100A8 encodes a protein with profound pro-inflammatory, antimicrobial and antifungal activities in skin. Differential expression of the gene in the wake of Rhipicephalus annulatus infestation in Vechur a native breed of cattle in comparison to crossbred Holstein Friesian (CBHF) was studied using quantitative polymerase chain reaction (qPCR). The exons and introns of S100A8 gene were characterized in three genetic groups, Vechur, Kasargode (Bos indicus) and crossbred Holstein Friesian (Bos taurus), to identify the single nucleotide polymorphism (SNPs) present in among different populations. | Evaluation of skin expression profiles in cattle of Bos indicus and Bos taurus lineage following Rhipicephalus annulatus infestation and molecular characterisation of S100A8 Gene

• Sinh học
• Tick resistance
• S100A8 expression
• Molecular characterisation of S100A8 Gene
• Rhipicephalus annulatus infestation
• Bos indicus
• BMC Genomics
• Rhipicephalus microplus
• Gene expression
• RNA Seq
• Enrichment analysis
• Cấy phôi ở bò Bos Indicus
• Giống bò Bos Indicus
• Gây động dục đồng pha ở bò
• Gây rụng trứng nhiều
• Sờ khám buồng trứng
• Giải đông phôi
• CBJY bulls
• Nongenetic factors
• Semen production traits
• Jersey (Bos taurus x Bos indicus) Bulls
• Semen quality parameters
• BMC Genetics
• Peranakan Ongole
• Bos javanicus
• Mitochondrial DNA
• Oxidative stress
• Heat stress
• Tropical climate
• Oxidative stress markers
• Blood plasma of Tharparkar
• Copy number variation
• Lineage differential
• CNV boundaries
• Bos indicus lineage
• Sub fertility
• Poor semen quality
• Sperm phenotype
• Crossbred bulls
• WNT signalling
• Sequence polymorphism
• Milk composition
• Genetic variability in prolactin gene
• Prolactin gene
• Impact on milk composition
• Bos Indicus cattle
• Dairy traits
• Inbreeding coefficients
• ROH islands
• Whole genome sequencing
• Gene ontology
• Husbandry management
• Traditional beliefs
• Husbandry practices
• Genetic differentiation
• Ascertainment bias
• Bos primigenius
• Bos taurus
• Báo cáo sinh học hay
• cách trình bày báo cáo
• báo cáo sinh học
• công trình nghiên cứu sinh học
• tài liệu về sinh học
• CBHF bulls
• Semen production
• Semen quality
• Organized farming conditions
• Crossbred holstein friesian bulls
• Milk fat
• Milk protein
• Mammary infection
• Milk somatic cell comparison
• HF Crossbred
• African crossbreds
• African indigenous
• Effective population size
• Linkage disequilibrium
• Bos taurus indicus
• Bos taurus taurus
• Signatures of selection
• Local adaptation
• Next generation sequencing
• World wide
• Fertile crescent
• Genomic conflict
• Zinc finger
• Female fertility traits
• Heterozygous males
• Bos taurus autosome 1
• Chinese cattle
• Genetic diversity
• Population structure
• Genetic signatures
• biology
• biological research
• applied biology
• modern biology
• biological engineering research
• metazoan systems
• Beta casein
• A2 type milk
• Cross breed
• Influence under selective pressure
• Anestrus cattle
• Hormonal protocols
• Conception rate
• Fertility and cyclicity
• Hormone protocols in anestrus cattle
• Fetal development
• Distinct subspecies
• Phenotypic differences
• Birth outcomes
• Genomic inbreeding
• Nellore cattle population
• Co expression networks
• Differentially expressed