150 Animal Biochemistry Research Topics

Research Topics Comprising Poultry Development

Biochemical profiling to check the nutritional effects of farm-based feed on poultry health.
In-depth analysis to investigate the muscular growth of poultry linked with their nutritional changes.
Genetic based study to reveal the effects of a lipid-rich diet on the digestive system of broiler chickens.
Investigating the effects of heat stress on poultry development and performance along with their stress-tolerating traits.
The molecular impacts of different commercially available dietary products on the health of poultry.
Multiple strategies for the sustainable poultry production along with multiple challenges linked with it.
Effects of metabolic disorders on the production and development of poultry.
Use of corticosterone to enhance poultry growth and development along with their health implications.
Molecular insights to unleash the impacts of steroid-rich feed on the development of insulin resistance in the broilers.
Effects of fat-enriched nutrition on the abdominal fat deposition in poultry.
Genetic analysis to reveal the significant upregulation of lipoproteins metabolism and its linked mechanisms of fat deposition in poultry.
A significant role of zinc enriched diet in poultry and its effects on poultry development and health.
Role of omega 3 fatty acid and its linked genetic aspects to improve immune response against chronic diseases.
Molecular insights to check the fat deposition in the poultry fed on the commercially available saturated and unsaturated fatty diets.
Effects of nutrition on broiler growth along with the associated carcass traits exhibiting sexual maturation.
Significant impacts of photoperiod on the carcass characteristics linked with sexual maturation in the female broiler chicken.
Significant effects of protein enriched diet on the ovarian reproductive system and cycle.
Genetic insights into the altered hormone functioning due to the multifactorial genetic polymorphism.
Molecular analysis to investigate the effects of sex steroids on carcass traits and their related health complications on the poultry.
Investigating multiple factors and their implications on the development of leg disorders in poultry.
Evaluating the effects of bacteriophages as a therapeutic agent against colibacillosis in poultry.
Molecular and biochemical profiling of the E. coli isolated from the poultry flocks with colibacillosis.
Investigating the presence of virulence genes in the avian E.coli isolated from the broiler chicken.
Use of probiotics in poultry nutrition as an essential agent to limit epidemiology of fowl cholera.
Use of sulfamethazine and its efficient ability to mitigate the prevalence of fowl cholera in poultry.
Comparing the efficacy of vaccination protocols of poultry against the prevalence of fowl cholera.
Molecular characterization of metabolites isolated from domestic poultry and its biochemical analysis.
Assessing the antibacterial properties of commercially available toldin CRD in the poultry affected with the bacterial infection.
Molecular investigation to unveil the prevalence of mycotoxins and their related metabolic disorders in poultry.
Early detection and diagnosis of aflatoxin-related diseases in poultry along with the treatment protocols.

Research Topics Comprising Mice as Test Organisms

Use of transgenic mice to investigate the significant effects of human-derived immunoglobulins.
Investigating the significant inhibition of metastasis mediated with the CTLA 4 associated pathways in the mice as a test model.
Use of pneumococcal polysaccharides and proteins in mitigating pneumonia infection in test mice.
Efficacy of enzyme-linked immunosorbent assay to evaluate the effects of pneumococcal proteins in the mice as a test model.
The significant ability of Lactobacillus sp. to downregulate the streptococcus-induced pneumonia in the test mice.
Detecting the significant ability of Corynebacterium in improving the immunity in infant mice against respiratory viruses.
Orally given probiotics induce upregulation of protective immunoglobulins in the mice against the viral infection.
Development of transgenic mice with the tissue-specific DNA recombinant technique.
Molecular insights depicting alterations in the production of erythrocytes in rats.
The onset of adenocarcinoma in the mammary glands and its associated factors in transgenic mice.
Upregulation of prostate cancer in the rats linked with the gene ablation and enhanced activity of glycoproteins.
Downregulation of the androgens and its associated effects on the onset of cancer in the mice.
Altered activity of fibroblast during breast cancer in the rat as a test model.
The transgenic mouse offers an efficient test model to investigate the early detection and treatment of prostate cancer.
Role of pten gene in inducing metastatic cancer and its progression in the rat.
Deficiency or impaired activity of choline esterase and its association with the onset of hepatocarcinogenesis in mice.
Impaired activity of nitric oxide synthase in the rat and its linkages with tumor production.
Role of endotoxins in the generation of hepatocarcinoma in rodents and underlying mechanisms.
Investigating the upregulation of protooncogenes in the prevalence of cancer in the mice as a study model.
Investigating the estrogen ablation linked with programmed cell death and its effects on the cancer onset in rodents.
Impaired expression of growth hormone leads to the chances of dwarfism in the mice.
Downregulation of genes responsible for folate transportation in rodents and its associated risks of carcinoma.
Molecular analysis to investigate the effects of the influenza virus in the mice as a model organism.
In-depth molecular analysis to study the effects of neuronal ceroid lipofuscinosis in rodents.
Genetic insights into the rodent genome to better understand and use them as a model organism.
Upregulation of JAK-STAT pathways and its role in the initiation of pancreatic cancer in the mice as a test model.
Impaired regulation of JNK1 signaling cascades and its role in the onset of hepatocarcinoma in the rats.
Molecular insights to unveil the association between NF KB signaling cascades and the development of cancer in the rats
Role of upregulated YB1 in the development and progression of tumor cells in the mice as test organisms.
Downregulation of HER2 oncogenes and its linkage with the onset of breast cancer in the mice as a model organism.

Research Topics Comprising Aquatic Animals

Biochemical analysis of chaperons and their genetic insights in the aquatic animals.
Genetic variations comprising the alterations in the marine life physiology and morphology in response to the stress.
Effects of heavy metal contamination on the morphology of marine life.
Elevated phosphorus induces oxidative damage in the tissues of aquatic animals.
Biochemical analysis to check the response of aquatic species against oxidative stress.
Biochemical insights and lipid profiling to check the morphological aspects of fishes.
Increased metal uptake and accumulation in aquatic bodies linked with the enhanced industrial discharge.
Investigating the effects of elevated nitrite levels in dysregulating the normal functioning of marine bodies.
Molecular insights to investigate the lethal effects of cyanotoxins on aquatic life.
Biochemical profiling to investigate the effects of endocrine disruptors in freshwater fishes.
Assessing and evaluating the protein metabolites in marine animals.
In-depth molecular analysis to unveil the hydrocarbon metabolism of aquatic animals in marine water.
Role of symbiotic marine animals and their effects on the sustainable development of marine ecosystems.
Morphology and physiology of carotenoids released from the aquatic animals under the effects of different light intensities.
Alteration in the gut microbiota of aquatic animals under the effects of different diet intake patterns.
Molecular insights into the altered metabolism in aquatic animals linked with the difference in the carbon dioxide concentration of water.
Detrimental effects of the release of industrial effluents on the body of aquatic species as well as on the whole aquatic ecosystem.
The uptake and bioaccumulation of polychlorinated biphenyls on the body of aquatic animals.
Role of carbon dioxide concentration and temperature on the metabolic activity of the aquatic animals.
Genetic analysis to investigate the gene behind the resistance against increased sulphur levels in the aquatic animals residing in the sulphur-contaminated water.
Physiological and morphological alterations in the fishes linked with the elevated nitrite levels in the aquatic water.
Symbiotic relationship among the aquatic animals associated with their chemosynthetic mechanisms.
Molecular analysis to investigate the glycerol metabolism in aquatic bodies and the role of its associated proteins.
Change in the habitat adaptation of marine bodies, linked with the altered climate patterns.
Effects of heavy metals on the reproductive systems and cycle of the aquatic bodies.
Characterization of bioactive metabolites isolated from the aquatic animals residing in the salt-enriched water.
Change in the receptor morphology of fish in response to enhanced chemicals present in the freshwater system.
Genetic analysis to investigate the evolutionary patterns of salmon in marine water.
Delay in the egg-hatching period of fishes linked with the altered temperature patterns in the marine water.
Impacts of different intensities of noise on the egg hatching and the larval development of fishes.

Research Topics Comprising Animal Breeding Techniques

Molecular insights to investigate the efficacy of biomimetic protocols for ensuring a better quality of sperm in animal breeding.
Genetic analysis and the statistical approaches to investigate the role of genes linked with animal breeding.
Production of genetically modified pigs and their health-related problems.
In detail examination of the ethical concerns and challenges associated with the generation of genetically modified animals.
Use of ZPLAN+, a new tool to optimize efficient strategies in the field of animal breeding.
Use of DNA biomarkers to assist in animal breeding and their associated challenges.
Efficacy of biomimetic techniques to preserve endangered animal species.
The synergy of biomimetic approaches and the phase separation protocols for efficient animal breeding.
Use of biomimetic technique for ensuring better resilience in genetically engineered beef cattle.
Questionnaire-based population survey to assess the awareness of animal breeding techniques in the Asian population.
Evaluating the genetic variance and their role in the animal breeding technique using SNPs.
Use of single nucleotide polymorphism for better prediction of the genome; a sustainable improvement in animal breeding.
Use of statistical measures to better predict the genome-wide selection in animal breeding.
Use of molecular markers and efficient applications in the breeding of cattle with desirable traits.
Single nucleotide polymorphism; an efficient tool to estimate gene selection for the production of genetically modified organisms.
Designing a genetic map for the salmon based on the single nucleotide polymorphism.
Use of polymorphism along with microsatellite technologies in the field of animal breeding.
Estimation of total milk production by dairy animals using single nucleotide polymorphism.
Efficacy of different methods for better genome selection and their limitations in animal breeding.
Use of single nucleotide polymorphisms for accurate construction of genetic maps and defining animal haplotypes.
In-depth analysis of maternal effects comprising the significant role in sheep breeding.
Evaluation of genetic constructs for the prediction of early growth features in the cattle.
Cross talk to assess the efficacy of different methods for genetic analysis regarding growth traits in the sheep.
Use of mice embryos to better investigate endothelial cell development through multiple signaling cascades.
Genetic and molecular insights into the milk production in dairy animals.
The direct linkage between the total milk production and temperature in dairy cows.
The effects of protein and dietary fiber-rich diet on the production of milk in dairy cows.
Evaluating the poly unsaturation in the milk produced by dairy cows and its associated factors.
Evaluating the risk of health disorders in dairy cows based on the genetic parameters.
Effect of heat stress on the lactation of dairy cows based on the molecular biomarkers.

Research Topics Comprising Livestock Production and Development

Biochemical analysis of elevated sterols levels in the livestock.
The significant role of sustainable production and development of livestock in the country.
Use of molecular and genetic protocols for the sustainable production of livestock.
Development of novel animal health management strategies for effective livestock production.
Investigation of the fatty liver syndrome in livestock and prediction of the factors associated with it.
Genetic analysis for the genotype construction based on the multiple interactions between the environment, an approach for livestock breeding.
Interactions between crop and livestock farming influenced by the altered climatic conditions in Africa.
Molecular insights into the elevated serum proteins in dairy cows and the prediction of associated factors behind it.
Use of livestock waste for the production of biodiesel; an eco-friendly and cost-effective approach.
Biochemical analysis of increased production of reactive oxygen species in the fatty liver of dairy cows.
Investigating the impaired lipid metabolism in the mitochondria in dairy cows and the associated reasoning behind it.
Biochemical analysis of the blood metabolites isolated from the dairy cows.
Assessing the mineral deficiency in the body of grazing animals and its related health complications.
Risks of infectious diseases in the livestock and their preventive measures.
Estimation of direct linkage between the Coxiella burnetii infection in the cattle and its association with reproductive impairment.
Genetic analysis for the investigation of insufficient reproductive functioning in grazing livestock.
Genomics and metabolomics analysis to investigate the reproductive diseases in the Holstein cattle.
Proteomic and metabolomic analysis to assess the metabolite content in the milk of Holstein cows.
In-depth analysis of the factors associated with the survival rate of animals in livestock farming.
Prevalence of zoonotic infections in the livestock and the assessment of the multiple reasons behind them.
The role of genetic diversity in the prevalence of infectious disorders in dairy animals.
Prevalence of bovine tuberculosis in livestock animals and its preventive measures.
Assessing the relationship between animal husbandry techniques and the prevalence of infectious disorders in livestock animals.
Genetic analysis for the detection of resistance against infectious diseases in livestock animals.
Prevalence of gastrointestinal infection in the sheep and the assessment of risks associated with it.
Molecular insights to unveil the resistive mechanisms against parasitic infections in livestock.
Role of interleukin 10 in response to gastrointestinal infections in the cattle.
Role of hormones and their signaling cascades in response to gastrointestinal infections in livestock.
Molecular analysis to unleash the role of thyrotropin in response to the inflammatory bowel disorder in animals.
Impaired functioning of secretin and its association with metabolic disorders in the animals.