New Revelation Inc

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FAQ

New Revelation FAQ

Frequently Asked Questions About Heat Stress, Fescue Toxicosis, and Livestock Performance

Clear, field-backed answers for nutritionists, feed companies, and producers evaluating 454 and AP-5 for intake consistency, reproduction, fescue challenges, and measurable ROI.

General Questions

Start with the business case.

New Revelation content should lead with measurable outcomes, then explain the biology behind the performance.

What does New Revelation do?

New Revelation develops practical feed additive solutions for livestock producers, nutritionists, and feed companies. The products are built to address performance-limiting challenges such as heat stress, fescue toxicosis, dry matter intake disruption, conception losses, and reduced weaning weights.

The approach is field-driven: test the product in real-world conditions, measure the outcome, and let performance data guide adoption.

What types of livestock does New Revelation support?

New Revelation’s primary focus is cattle, including feedlot cattle, dairy cows, cow-calf herds, replacement heifers, and cattle grazing fescue pastures. Product applications may also be adapted for other livestock systems where heat stress, intake consistency, reproductive performance, or toxin-related performance challenges are concerns.

What makes New Revelation products different from typical feed additives?

New Revelation products are designed around practical field performance rather than generic nutritional claims. Products such as 454 and AP-5 use combinations of edible-grade essential oils, binders, probiotics, and enzymes selected for specific biological functions, including vasodilation support, toxin binding, rumen-level deactivation, antioxidant activity, and intake consistency.

The goal is not simply to add another ingredient to the ration. The goal is to help cattle maintain performance when heat, fescue toxins, or reproductive stress would normally reduce results.

How are New Revelation products validated?

New Revelation relies on field trials, producer records, and performance comparisons. Reported outcomes include dry matter intake, average daily gain, body temperature, conception rate, weaning weight, mortality, and return on investment.

Can producers test the products before broad adoption?

Yes. New Revelation encourages practical field trials before broad adoption. The preferred approach is to work with a nutritionist, feed company, or producer group to set up a measurable comparison using clear starting conditions, treatment groups, performance metrics, and economic review.

2.75%+Dry matter intake as percent of body weight reported in 454 feedlot trial pens.
4.5–5 lbAverage daily gain range reported in early 454 feedlot trial pens.
+63 lbAverage heavier calf weaning weight reported across AP-5 Missouri farms.
$10.50Approximate annual per-cow AP-5 cost cited in trial materials.
454 Questions

Heat abatement, intake, and feedlot performance.

454 is positioned for cattle under heat stress where maintaining intake can protect gain, health, and economics.

What is 454?

454 is a specialized blend of domestically sourced, edible-grade essential oils selected for vasodilation, antioxidant, and nutraceutical properties. It was originally developed from the treatment portion of AP-5 and later applied as a heat-abatement tool for feedlot and dairy cattle.

How does 454 support cattle during heat stress?

454 is used to help cattle maintain dry matter intake during heat stress. In early feedlot trials, cattle receiving 454 maintained dry matter intake above 2.75% of body weight and averaged 4.5 to 5 lb of daily gain, while non-454 pens went off feed during heat conditions.

What results have been observed in feedlot cattle?

In a 2008 central Kansas feedyard trial, pens receiving 454 maintained stronger intake and gain compared with non-454 pens during heat. Company materials also report a major Kansas heat event where some feedyards lost up to 500 cattle on the worst days, while four yards using 454 lost three total.

What is the recommended feeding rate for 454?

Current materials recommend 350 mg per head per day from late May through September for growing and finishing cattle. Receiving cattle are commonly fed 500 mg per head per day for 21 days.

Can 454 be used in dairy cows?

Yes. Dairy-focused materials describe 454 as supporting improved breeding, consistent feed intake, production, and herd health. In 2017 dairy records, first-service conception rates improved by 27.3% in the Southwest after feeding 600 mg per head per day and by 35.2% in the Midwest after feeding 500 mg per head per day.

How does 454 affect dry matter intake?

454 is used to support more consistent dry matter intake during heat stress. In a Nebraska feedlot trial, materials report very little variation in dry matter intake despite summer temperatures ranging from 80°F to 112°F.

Is 454 only for summer use?

454 is most commonly positioned for heat-stress periods, especially late May through September in feedlot cattle. However, some operations have used it beyond the summer months depending on management goals, cattle type, and nutritionist recommendations.

How should a feedyard or dairy evaluate 454?

A 454 evaluation should measure intake, average daily gain, feed conversion, mortality, morbidity, body temperature where practical, milk production where applicable, conception rate, and cost per head per day.

AP-5 Questions

Fescue toxicosis support with measurable outcomes.

AP-5 is positioned around fescue toxin challenges, visible herd response, conception support, and cow-calf ROI.

What is AP-5?

AP-5 is a fescue toxicosis support product built around binders, probiotics, enzymes, and essential oils. It was developed to help counteract fescue-related problems such as heat intolerance, fescue foot, rough hair coat, cattle standing in ponds or shade, and low conception rates.

What is fescue toxicosis?

Fescue toxicosis occurs when cattle consume endophyte-infected fescue containing ergovaline. Ergovaline acts as a vasoconstrictor, narrowing blood vessels and contributing to heat intolerance, cold intolerance, lower conception rates, lower weaning weights, fescue foot, and higher maintenance costs.

What is ergovaline?

Ergovaline is an ergot alkaloid associated with endophyte-infected fescue. In cattle, it can act as a vasoconstrictor, reducing blood flow and contributing to circulation-related problems such as heat intolerance, cold intolerance, hoof issues, tail or ear sloughing, and reproductive challenges.

How does AP-5 work?

AP-5 uses a multi-dimensional approach to fescue toxicosis. Its components are designed to bind a portion of ergovaline, help deactivate a portion of the toxin in the rumen, and support vasodilation to counteract the vasoconstrictive effects of ergovaline exposure.

What problems can fescue toxicosis cause in cattle?

Fescue toxicosis can contribute to heat intolerance, cold intolerance, tail, ear, and hoof sloughing, lower conception rates, lower weaning weights, higher maintenance costs per cow, and lower viable sperm counts in bulls.

How quickly can producers see results with AP-5?

New Revelation materials state that producers may visually see positive herd-level results in as little as 15 days. Earlier versions of the product reportedly took approximately 45 days to show visible results.

What trial results support AP-5?

In a Missouri heifer breeding and temperature trial on fescue pasture, AP-5 heifers had a 1.4°F lower rectal temperature than controls and a 15-point higher first-service AI conception rate.

What ROI has AP-5 shown?

In Missouri cow-calf farm trials, AP-5 cost was estimated at about $10.50 per cow per year, with return on investment calculated at approximately 19:1 based on $2.00/lb calves and $1.00/lb cows.

Heat Stress Questions

Protect intake before cattle break.

Heat stress is an intake, performance, reproduction, and mortality risk. The best programs begin before the worst weather arrives.

Why do cattle go off feed during heat stress?

During heat stress, cattle reduce feed intake as a natural response to lower internal heat production. Lower intake can reduce average daily gain, milk production, reproductive performance, and overall efficiency.

How does heat stress affect dry matter intake?

Heat stress can cause dry matter intake to drop, especially when high temperatures are paired with humidity and low wind. 454 is designed to help cattle maintain dry matter intake during these conditions.

Can heat stress affect conception rates?

Yes. Heat stress can reduce reproductive performance by disrupting normal physiology, lowering intake, and increasing body temperature. New Revelation’s dairy and heifer materials connect lower body temperature and improved first-service conception outcomes with 454 and AP-5 use in field settings.

Can heat stress increase death loss in feedlot cattle?

Yes. Severe heat events can increase death loss, especially when high heat, humidity, and low wind persist for multiple days.

Reproduction Questions

Conception starts with managing stress.

Reproductive outcomes should be evaluated with temperature, intake, body condition, forage challenge, and breeding records in view.

How can fescue toxicosis affect conception rates?

Ergovaline exposure from endophyte-infected fescue can cause vasoconstriction and circulation-related stress, which may contribute to lower conception rates. AP-5 was developed to help counteract these fescue-related performance problems.

How can heat stress affect first-service conception?

Heat stress can elevate body temperature, reduce intake, and place physiological stress on cattle during breeding. In New Revelation materials, lower rectal temperature in treated heifers was associated with improved first-service AI conception in a Missouri trial.

What results have been observed in heifer breeding trials?

In a Missouri heifer breeding and temperature trial, AP-5 heifers had a rectal temperature of 102.1°F compared with 103.5°F in controls. First-service AI conception was 69% in the AP-5 group compared with 54% in controls.

Can feed additives support reproductive performance?

Feed additives can support reproductive performance when they help address underlying stressors such as heat stress, reduced intake, or fescue toxicosis. The strongest evaluation should measure conception rate, pregnancy rate, body condition, intake, and environmental pressure.

Trial & ROI Questions

Test it. Measure it. Let the economics decide.

The strongest New Revelation CTA is trial-based adoption: measurable outcomes, clear economics, and confidence before scale-up.

How should a producer test 454 or AP-5?

A producer should test 454 or AP-5 using a practical field trial with a clear control group, consistent management, defined start and end dates, and measurable outcomes. The trial should be designed with the producer’s nutritionist, feed company, or veterinarian when possible.

What outcomes should be measured in a field trial?

Useful outcomes include dry matter intake, average daily gain, feed conversion, conception rate, pregnancy rate, weaning weight, cow body weight, milk production, morbidity, mortality, and cost per head per day.

How long should a trial run?

Trial length depends on the objective. Heat-stress evaluations may run through a defined summer risk window. Reproduction trials should cover breeding and pregnancy diagnosis. Cow-calf fescue trials should ideally track cow performance, conception, and calf weaning weights.

What kind of ROI has New Revelation seen in field use?

AP-5 Missouri cow-calf farm trial materials report a cost of about $10.50 per cow per year and an estimated 19:1 ROI based on calf and cow value assumptions.

Who should be involved in setting up a trial?

The best trials involve the producer, nutritionist, feed company, and where appropriate, the veterinarian. New Revelation can help define the product, feeding rate, measurement plan, and economic review.

Want to see how 454 or AP-5 performs in your operation?

New Revelation works with nutritionists, feed companies, and producers to set up practical field trials with measurable outcomes. Contact us to discuss a trial protocol and evaluate the economics in your own cattle.

Product Page FAQ

454 FAQ

A concise, conversion-focused FAQ for the 454 product page, built around heat stress, dry matter intake, feedlot outcomes, and dairy applicability.

454
What is 454?

454 is a blend of domestically sourced, edible-grade essential oils selected for vasodilation, antioxidant, and nutraceutical properties. It was originally developed from the treatment portion of AP-5 and later applied as a heat-abatement tool for feedlot and dairy cattle.

How does 454 help cattle during heat stress?

454 is used to help cattle maintain dry matter intake during periods of heat stress. In early feedlot trials, cattle receiving 454 maintained dry matter intake above 2.75% of body weight and averaged 4.5 to 5 lb of daily gain, while non-454 pens went off feed because of heat.

What feeding rate is recommended for feedlot cattle?

Current materials recommend 350 mg per head per day from late May through September for growing and finishing cattle. For receiving cattle, materials recommend 500 mg per head per day for 21 days.

What results have been observed during severe heat events?

During a major Kansas heat event, company materials report that some feedyards lost up to 500 cattle on the worst days, while four yards using 454 lost three total. Several yards were then placed on 1,000 mg per head per day, and cattle were reportedly back at the bunk by Monday with mortalities dropping to nearly zero.

Can 454 be used in dairy cows?

Yes. Dairy-focused materials describe 454 as supporting improved breeding, consistent feed intake, production, and herd health. In 2017 dairy records, first-service conception rates improved by 27.3% in the Southwest and 35.2% in the Midwest after feeding 454 at regional feeding rates.

How should a feedyard or dairy evaluate 454?

The best approach is a controlled field trial measuring dry matter intake, body temperature where practical, average daily gain, conception rate, milk production where applicable, morbidity, mortality, and cost per head per day.

Want to see how 454 performs in your cattle?

New Revelation can help you set up a practical field trial with measurable outcomes for intake, performance, reproduction, and economics.

Product Page FAQ

AP-5 FAQ

A concise FAQ for the AP-5 product page, focused on fescue toxicosis, ergovaline, body temperature, conception rate, weaning weight, and ROI.

AP-5
What is AP-5?

AP-5 is a fescue toxicosis support product built around binders, probiotics, enzymes, and essential oils. It was developed to help counteract fescue-related problems such as heat intolerance, fescue foot, rough hair coat, cattle standing in ponds or shade, and low conception rates.

What is fescue toxicosis?

Fescue toxicosis occurs when cattle consume endophyte-infected fescue containing ergovaline. Ergovaline acts as a vasoconstrictor, narrowing blood vessels and contributing to heat intolerance, cold intolerance, lower conception rates, lower weaning weights, fescue foot, and higher maintenance costs.

How does AP-5 work?

AP-5 uses a multi-dimensional approach: binding a portion of ergovaline, helping deactivate a portion of the toxin in the rumen, and supporting vasodilation to counteract the vasoconstrictive effects of ergovaline exposure.

How quickly can producers see results?

New Revelation materials state that producers may visually see positive herd-level results in as little as 15 days, compared with earlier versions of the product that took approximately 45 days.

What trial results support AP-5?

In a Missouri heifer breeding and temperature trial on fescue pasture, AP-5 heifers had a 1.4°F lower rectal temperature than controls and a 15-point higher first-service AI conception rate.

What ROI has AP-5 shown?

In Missouri cow-calf farm trials, AP-5 cost was estimated at about $10.50 per cow per year, with ROI calculated at approximately 19:1 based on $2.00/lb calves and $1.00/lb cows.

What production results have been observed with AP-5?

Across three Missouri farms, the AP-5 group averaged 56.3 lb heavier cows at weaning, 63 lb heavier calves at weaning, and 5% more bred cows after 60 days compared with controls.

How is AP-5 typically fed?

AP-5 is commonly fed through mineral or tubs for cattle on fescue pasture. Feeding strategy should be reviewed with a nutritionist to match forage conditions, cattle class, mineral intake, and production goals.

Want to see how AP-5 performs on your fescue pasture?

New Revelation works with nutritionists, feed companies, and producers to set up practical field trials with measurable outcomes. Contact us to discuss a trial protocol.