FIELD RESULTS

Evidence from
real production systems.

Explore biological application studies in broiler production, paddy cultivation and aquaculture.

01 / POULTRY

Three broiler programmes.
Results in context.

Field programmes in Johor and Perak report feed conversion improvements alongside final weight, mortality and feed savings. FCR means feed conversion ratio: the amount of feed used per unit of weight gain.

ProgrammeReported flock (birds)Average final weightMortality rateReported FCR improvementReported feed saving
Johor / biosimilar programme150,0002.57 kg6%6%36 tonnes
Perak / customised programme70,0002.3 kg7%3–8%7–18 tonnes
Perak / customised programme190,0002.32 kg6%3%21 tonnes
Broiler chicken field results

These are three separate programmes. Mortality figures are rates recorded in the studies. Flock numbers describe the programme scale; the allocation between comparison groups is not specified.

02 / AGRICULTURE

Paddy performance across
four planting cycles.

At Smart Bernas Perlis, a microbial management programme for paddy variety 315 was documented over four planting cycles in 2022 and 2023.

Soil and crop management

The programme combined microbial soil recovery with biological disease and insect management. Its soil consortium included Bacillus spp., Trichoderma, Lactobacillus and Phanerochaete spp.

Paddy panicle characteristics were also compared at 100 days after transplanting.

Planting cycleNet harvest weight
2022/12,200 kg
2022/23,400 kg
2023/13,012 kg
2023/24,293 kg
Reported paddy net harvest

Weights are total net harvest as reported. Plot area is not specified, so these figures are not yields per hectare. Differences between planting cycles should not be read as a measured treatment effect.

Comparison of paddy plants and six panicle characteristics at 100 days after transplanting
Paddy plant comparison and panicle characteristics at 100 days after transplanting.

03 / AQUACULTURE

Probiotic screening and
pond monitoring in Pahang.

A customised programme for P. vannamei in a 0.5-hectare earthen pond connected laboratory screening with pond-water Vibrio monitoring.

The production setting

Species: P. vannamei
Pond type: earthen pond
Pond area: 0.5 hectare
Reported stocking density: 80 animals/m³

The programme used a probiotic consortium and tracked water Vibrio counts around marked applications.

What was evaluated

Laboratory images compare inhibition of Vibrio parahaemolyticus by conventional and precision probiotics. The water-monitoring chart records changes in Vibrio counts over the observation period.

These laboratory and monitoring observations do not establish a measured harvest improvement for this programme.

Trial conditions and a day 0–10 chart of Vibrio parahaemolyticus and other Vibrio counts in CFU/ml, with two marked probiotic applications
Pond-water monitoring around the marked applications. The counts fluctuate during the observation period. Open larger image ↗
Laboratory plates comparing conventional and precision probiotics against Vibrio parahaemolyticus
Laboratory inhibition comparison; this image does not quantify a pond-level reduction. Open larger image ↗

About these results

Results relate to the individual programmes shown. Performance varies with farm conditions and management, and each new application needs its own evaluation.

SUSTAINABILITY IN PRACTICE

What these results mean for sustainability.

The broiler programmes provide reported examples of feed-resource efficiency. The crop and aquaculture studies document application performance; wider environmental outcomes need their own measurement.

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