- Introduction
Optimizing nutrition is critical for enhancing productivity, digestive efficiency, and overall health in lactating dairy animals. The use of functional feed additives that support rumen stability and gut health has become an essential strategy in modern dairy management.
FineX 1522 is a nutritional supplement designed to improve digestibility, support gut health, and help maintain milk quality parameters. This field trial was conducted to evaluate the practical impact of FineX 1522 supplementation on milk composition
- Objectives
The trial was undertaken with the following objectives:
• To evaluate the effect of FineX 1522 on milk composition, particularly milk fat and SNF - Materials and Methods
3.1 Experimental Site
• Farm Name: Atul Dairy Farm
• Location: Igatpuri, India
• Herd Size: 200+ lactating dairy animals
• Trial Conducted By: Dr. Nagare
3.2 Experimental Animals
• Number of Animals Selected: 40 lactating dairy animals
• Animals were selected based on:
o Similar stage of lactation
o Comparable production levels
3.3 Experimental Design
• Trial Duration: 20 days
• Dosage: FineX 1522 @ 30 g per animal per day
• Mode of Administration: – Mixed with regular daily feed
3.4 Parameter Recorded
• Milk Composition (milk fat and SNF levels) Milk fat and SNF levels showed a moderate improvement during the trial period.
Results: –
Average Performance Comparison
Net Improvement Observed
• Milk Fat: ↑ 0.25 percentage points (~6.0% relative improvement)
• SNF: ↑ 0.25 percentage points (~3.0% relative improvement)
Trend Analysis (Day-wise)
Milk Fat Trend
Interpretation:
• Baseline fat % remained mostly between 4.1 – 4.3
• After FineX 1522 introduction, fat % stabilized and increased to 4.4 – 4.6
• Indicates improved rumen efficiency and better fiber utilization
SNF Trend
Interpretation:
• Baseline SNF fluctuated around 8.1 – 8.3
• With FineX 1522, SNF consistently moved to 8.4 – 8.6
• Suggests for enhanced microbial protein synthesis and better nutrient absorption
- Discussion
The results of the trial suggest that supplementation with FineX 1522 positively influenced digestive efficiency in lactating dairy animals. Improved digestibility is a key driver for better nutrient absorption, which in turn supports milk quality parameters such as fat and SNF.
Stable and normal dung consistency observed during the trial further reflects enhanced rumen health and digestive stability. These findings highlight the role of FineX 1522 in supporting gastrointestinal function under field conditions, which is essential for sustaining productivity in lactating animals.
- Conclusion
Supplementation of FineX 1522 at 30 g per animal per day resulted in a significant and consistent improvement in milk quality parameters. Average milk fat increased from 4.21% to 4.46%, while SNF increased from 8.21% to 8.46%. The sustained upward trend post-supplementation indicates improved rumen function, enhanced digestibility, and better nutrient utilization.