Simplifying Chicken Vaccine Orders for Optimal Farm Health
Table of Contents
- Original and refined criteria for ordering medicines
- First Order Quantity: Learning and Improving Approaches
- Updated Order Method: Precision in Vaccine Procurement
- Quantity of dose rationalization: importance of 975 doses
- Precautions: Calculate the exact number of chickens and the amount of drugs
- Check the exact number of chickens for drug calculations
- Calculating the Amount of Drugs: Important Considerations
- Special considerations for eye drops and puncture vaccines
- Optimal drug planning for eye drops
- Wing-web puncture: Capacity and flexibility
- Adapt to Product Change: A New EpisodeCoping with Sawa's
- Flexibility and Precautions
- Conclusion: Customizing Vaccine Orders for Maximum Farm Health
- Final Thoughts on Vaccine Ordering and Dosing
Original and refined criteria for ordering medicines
I developed a comprehensive approach based on extensive discussions and observations with the vaccine service team regarding chicken vaccine orders, and refined the criteria introduced over time for efficient and effective vaccine procurement.
First Order Quantity: Learning and Improving Approaches
When I first ordered medicine, I was taught to pay 1,000 doses per bottle and order an extra bottle. However, there was a serious disadvantage that the medicine was insufficient when the number of inoculated chickens increased. At that time, the agency was right next to it, so it was solved.
Updated Order Method: Precision in Vaccine Procurement
My order method is 975 dose per bottle. For example, 10,000 chickens divided by 975 would be about 10.25 bottles. I order 11 bottles for sufficient supply.
Quantity of dose rationalization: importance of 975 doses
The decision to use 975 doses per bottle is based on realistic considerations, and all drugs may be inaccessible due to the air in the syringe line during vaccination, resulting in empty spaces. We want to increase to 980 times, but we are continuously observing and discussing although access is difficult due to concerns from the vaccine service team.
Precautions: Calculate the exact number of chickens and the amount of drugs
Check the exact number of chickens for drug calculations
Accurate calculation of the amount of chicken is most important. There are 103 chickens in the chicken box, not 100 in the assumption. It is important to check the exact number. Miscalculations, such as 102.5 chickens, can cause drug shortages for the remaining chickens.
Calculating the Amount of Drugs: Important Considerations
To avoid shortage, raise the decimal value unconditionally. If you think the drug will be left with enough, notify the vaccine service team. The vaccine service team will bring the remaining medicine after the exact vaccine. A possible shortage of drugs can affect vaccine accuracy.
Special considerations for eye drops and puncture vaccines
Optimal drug planning for eye drops
Careful consideration is needed to order the correct medicine for eye drops. It is highly related to the proficiency of the vaccination team. It is recommended to plan from 970 to 950 dose per bottle. Even if the vaccination team is skilled, it can sometimes be inoculated with two to three drops.
Wing-web puncture: Capacity and flexibility
In the case of wing-web puncture, the reference value of 1,000 times per bottle is common. If you are anxious, adopting a method similar to ordering eye drops and adjusting to the remaining capacity provides flexibility.
Adapt to Product Change
Flexibility and Precautions
If the manufacturer changes or gets a new vaccine, I think it's better to order 950 dose per bottle. 950 dose per bottle is for dealing with unexpected situations. In particular, in the case of a test vaccine, the dose may not be accurate.
Conclusion: Customizing Vaccine Orders for Maximum Farm Health
Final Thoughts on Vaccine Ordering and Dosing
In conclusion, this chicken vaccine ordering strategy stems from experience and collaboration with the vaccine service team, and applying dosage calculations to the farm's unique variables with accurate administration is essential to optimizing vaccine effectiveness.