[Muhammad Zeeshan Asghar]

Certainly! Here’s a structured overview addressing your questions on the adaptation of advanced technologies in milking animal health care:

1. Importance of Latest Devices and Technological Supports

The incorporation of advanced devices and technologies is crucial for several reasons:

• Efficiency: Smart sensors and IoT devices can automate monitoring, reducing manual labor and minimizing human error.
• Data-Driven Decisions: Real-time data collection allows for informed decision-making regarding animal health and farm management.
• Improved Animal Welfare: Continuous monitoring can detect health issues early, leading to timely interventions and better overall animal care.

2. Role of Technology for Farmers and Investors

• For Farmers:
  • Enhanced Monitoring: Sensors can track vital signs, feeding patterns, and environmental conditions, ensuring optimal health and productivity.
  • Resource Management: Technologies help optimize resource use (e.g., water, feed), reducing waste and costs.
• For Investors:
  • Risk Mitigation: Data analytics can identify trends and potential risks, helping to safeguard investments.
  • Market Competitiveness: Adoption of advanced technologies can position farms as leaders in efficiency and sustainability, attracting more investment opportunities.

3. Cost-Benefit Analysis

• Initial Investment vs. Long-Term Gains: While the upfront costs for advanced technologies may be significant, the long-term savings from improved efficiency, reduced labor costs, and enhanced productivity often outweigh these initial expenses.
• Return on Investment (ROI): Increased milk production, reduced veterinary costs, and better resource management contribute to a favorable ROI, making the investment in technology financially viable over time.

Additional Considerations

• Training and Adaptation: It is essential to provide training for farmers to effectively use these technologies, ensuring they are maximally beneficial.
• Scalability: Technologies should be adaptable for different farm sizes and types, allowing for broader adoption across the industry.
• Sustainability: The integration of these technologies often aligns with sustainable farming practices, contributing to environmental stewardship and social responsibility.

Invitation for Further Discussion

I encourage all professionals in this group to share their experiences and insights on the adoption of these technologies. Together, we can explore best practices, challenges, and innovative solutions in this evolving field.

Feel free to expand on any specific area or share additional questions for a deeper discussion!

[Dr Shabir]

ostrich has rapid growth and much meat yield then why it is not so common to be raised in the world?

[Dr Shabir]

what are the transboundary diseases in poultry?

[Dr Shabir]

what are the emerging diseases in poultry in the world?

[Dr Shabir]

can we inhibit vertical transmission of disease if breeder is positive if ye then how?

[Dr Shabir]

what are the vertically transmitted diseases in poultry?

[Dr Shabir]

what are the common diseases which can occur during brooding?

[Dr Shabir]

paternal immunity, good brooding management of temperature, humidity, ventilation, paper on litre, vitamins, immunity boosters, early feeding and watering,

biosecurity, vaccination, least stress

[Dr Shabir]

what is the efficacy of bacterial vaccines in poultry?

[Dr Shabir]

95F

[Dr Shabir]

low activity, lethargic, low feed and water intake, or very water feed intake, noisy, ruffled feathers

[Dr Shabir]

for ross

chick starter 1-10 days

grower 11-25 days

finish 25 to till marketing

[Dr Shabir]

why different vaccines have route of vaccination and what is their way to develop titres in the birds?

[Dr Shabir]

layer , broiler, breeder all have to be vaccinated according to regional schedule recommended, age is not specific 35 days. 35 days can be imagined for broilers

[Dr Shabir]

space required according age and weight per bird which is necessary for health and growth