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Feed material · swine
Cellpro
Brand Cellpro · Manufacturer AB Neo
↗ public sourcesab-neo.com/· 3 studies, 3 independent/mixed
Evidence · limited
No independent trials of this product yet — its evidence is the literature on what it is made of. The maker’s figures below are labelled and unverified. Strength reflects the active substance, not the brand.
What the manufacturer claims
Free
Captured from the product page, typed and attributed — the producer’s own statements, checked against the literature below.
Economic
Beneficially replaces expensive proteins such as fishmeal and soy protein concentrate.
Performance
Weaning piglets of 5 kg gained 500 g more weight compared with other proteins.+500 g body weight
Physiological
Develops the microbiome positively and boosts the immune system to improve feed efficiency.
Environmental
Functional protein designed to help reduce zinc use.
Bioavailability
High digestibility and high feed intake.
Manufacturer’s own words — not independently verified. The ledger below gives the evidence verdict for each.
Claim ↔ evidence ledger
Verdict free · receipts in Power
Each claim against the studies on the active substance, with the funding split. Open a row for the studies behind the verdict.
Claim
Verdict
Evidence & funding
EconomicBeneficially replaces expensive proteins such as fishmeal and soy protein concentrat…
Not addressed
no study
›
Economic substitution claim — a formulation/cost question, not a research endpoint.
PerformanceWeaning piglets of 5 kg gained 500 g more weight compared with other proteins.
Mixed
1 study
›
Read Growth gains are plausible and shown for yeast/processed protein, but the '+500 g at 5 kg' figure is the maker's and unverified.
2017
Effects of fermented/yeast soy protein on growth, immune function and intestinal morphology in weaned pigletsYeast-fermented soy raised ADG and immunoglobulins; growth gains shown but no '+500 g at 5 kg' figure for this product.
PhysiologicalDevelops the microbiome positively and boosts the immune system to improve feed effi…
Supported
1 study · 100% indep
›
Read Microbiome modulation and feed-efficiency gains shown for processed/fermented protein.
2023
Effects of fermented soybean meal supplementation on growth and total-tract digestibility (gut microbiome) of weaned pigletsHigher gain:feed and nutrient digestibility with a modulated gut microbiota.
EnvironmentalFunctional protein designed to help reduce zinc use.
Mixed
1 study
›
Read Zinc reduction is achievable with functional strategies in general, but not demonstrated for this specific product.
2024
Microencapsulated medium-chain fatty acids / organic acids as antibiotic and ZnO alternatives improve performance in weaned pigletsFunctional additives can match zinc-oxide performance, supporting ZnO reduction in principle.
BioavailabilityHigh digestibility and high feed intake.
Supported
no study
›
High digestibility is consistent with the processed-protein evidence.
IndependentMixedIndustryNone/undisclosed
Bottom line. The digestibility and microbiome/feed-efficiency claims are consistent with independent evidence on yeast-derived and processed proteins.
Sponsored
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Composition
Free
● Disclosed by manufacturer
yeast strains (protein)single-cell protein
vegetable proteinplant protein
◆ Referenced — with resolving source
None referenced with a resolving source yet.
Evidence — on the active substance
Table free · full-text in Power
Why these studies The evidence for a proprietary product is the evidence for its active substance. These are the studies (meta-analyses first) behind the verdicts above, with funding labelled.
Year
Study & effect size
Funding
Type
Access
2017
Effects of fermented/yeast soy protein on growth, immune function and intestinal morphology in weaned pigletsYeast-fermented soy raised ADG and immunoglobulins; growth gains shown but no '+500 g at 5 kg' figure for this product.
Effects of fermented soybean meal supplementation on growth and total-tract digestibility (gut microbiome) of weaned pigletsHigher gain:feed and nutrient digestibility with a modulated gut microbiota.
Microencapsulated medium-chain fatty acids / organic acids as antibiotic and ZnO alternatives improve performance in weaned pigletsFunctional additives can match zinc-oxide performance, supporting ZnO reduction in principle.
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Analysis & tools
◆ Power
The working map a maker won’t give you — built only from the evidence on this page. Nothing here is marketing.
◆ Power view
Open the analyst workbench
Dose benchmark, the independent-vs-sponsored split, the pooled meta-analysis effects, the contradictions and the gaps — all derived from the studies above.
The digestibility and microbiome/feed-efficiency claims are consistent with independent evidence on yeast-derived and processed proteins.
The headline '+500 g extra gain' is the manufacturer's number — no independent study confirms it for this product.
Zinc-oxide reduction is achievable with functional feed strategies in general, but has not been shown for Cellpro specifically.
Evidence strength is limited because nothing names this exact blend.
Where studies disagree: No study names Cellpro; the headline '+500 g' gain and the zinc-reduction claim are not independently demonstrated for this product.
Gaps: No published trial of this exact yeast/vegetable-protein blend; the economic and zinc-reduction claims are untested here.
Manufacturer’s stated mechanism (their words): A yeast-derived single-cell protein with vegetable protein, intended to supply highly digestible protein, modulate the microbiome and support immunity in young pigs.
Compare & export
Put this beside alternatives on the same active substance (e.g. HMBi / other rumen-protected methionine), and take the data with you.
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