Abstract – This study investigates the efficacy of LEAS supplements in promoting the well-being of ornamental birds. Utilizing advanced techniques such as Electrolyte Analyzer and Spectrophotometry for blood and plasma analyses were conducted to assess the impact of LEAS supplementation. Statistical tests were employed to validate the findings. Our research highlights a discernible positive impact of LEAS supplements on ornamental birds, evidenced through robust data analysis. The study focused on Lovebirds, Budgerigars, Cockatiels, Finches , Conures, African Grey as the target population. Our findings suggest significant improvements in key variables, indicating enhanced health and vitality in birds receiving LEAS supplements. This research contributes valuable insights into the effectiveness of LEAS supplementation in promoting the health and well-being of ornamental bird species, offering a promising avenue for further exploration and application in avian care practices.
Introduction – Ornamental birds, including lovebirds (Agapornis sp.), are cherished pets known for their vibrant colors and playful demeanor. However, ensuring their optimal health and well-being remains a priority for avian enthusiasts. In this context, supplementation plays a crucial role in maintaining their health parameters. This study aimed to evaluate the impact of LEAS supplements on ornamental birds’ health and vitality.
⦁ Study Participants: The study involved 40 lovebirds (Agapornis sp.), comprising equal numbers of males and females, sourced from a breeder.
⦁ Study Duration: The research spanned four months, during which monthly assessments were conducted to track changes in health parameters.
⦁ Supplementation: LEAS supplements were administered to a diverse range of ornamental birds, including Budgerigar, Cockatiel, Finches, Sun Conure, Grey Parrot, and Rosellas.
⦁ Testing Methodology: Blood and plasma analyses were performed using advanced techniques such as Electrolyte Analyzer and Spectrophotometry. Statistical tests were employed to validate the findings.
⦁ Objective: The primary objective was to assess the positive impact of LEAS supplements on the health parameters of ornamental birds, contributing valuable insights to avian healthcare practices.
Methodology – We used Electrolyte Analyzer and Spectrophotometry for analyzing the blood samples and statistical tests like Paired T Test, Summary Statistics to showcase the results.
Base Line Assessment (Month 0)
⦁ Ten love birds, comprising five males and five females, were randomly selected.
⦁ Blood and plasma samples were collected by a laboratory for baseline analysis.
⦁ No supplements were administered during this phase, serving as the baseline reference.
Supplementation Phase (Months 1-3)
⦁ At each subsequent month (Months 1-3), ten love birds (five males and five females) were chosen.
⦁ Blood and plasma samples were collected for analysis after administering our supplements to the selected birds.
⦁ This phase aimed to evaluate the effects of supplementation on the birds’ health parameters.
Testing Methodology (Months 1-3)
⦁ Electrolyte Analyzer and Spectrophotometry techniques were utilized for blood analysis.
⦁ These techniques provided detailed insights into the birds’ health status and the effectiveness of the supplements.
⦁ Paired T Test, Descriptive Statistics and Graphs are used to substantiate above results.
Results Discussion –
Please find below results for your persuasion.
Summary Statistics of the male bird(s) report
Summary Statistics of the female bird(s) report
Effect of Supplementation on Male Birds
Effect of Supplementation on Female Birds
Further we did liver test on the birds for Month 3 to check their liver functioning
Graph of Liver Functioning
Conclusion : In conclusion, our study investigated the impact of supplementation on the health parameters of male and female ornamental birds over a four-month period. Through comprehensive blood analysis, including electrolyte levels and key vitamins, we observed notable variations in the health profiles of birds receiving supplements compared to those without. Our findings indicate that supplementation positively influences various health parameters, including calcium levels, vitamin B12, and magnesium concentrations, among others. These results underscore the importance of tailored supplementation regimens in maintaining the well-being of ornamental bird species. Further research is warranted to elucidate the mechanisms underlying these observed effects and to optimize supplementation strategies for enhanced avian health and welfare.