核心定位:基於首池有限公司專利發酵平台與國際前沿代謝科學,整合精密複合酶製劑、免疫調控肽、代謝調控複方(小核酸肽+褐藻素)三層協同技術,針對種公豬精液生產核心痛點,實現精液品質三大關鍵指標精準優化,打造育種環節「價值引擎」。
顯著提升精液合格度
增加可稀釋份數與服務母豬數
延長精液存活時間
三層協同作用機制|精準調控種公豬繁殖代謝
提升營養吸收效率18%
激活抗氧化系統
小核酸肽+褐藻素
※ 每噸全價飼料添加1KG,每日採食量2.5公斤/頭
配方為商業機密,基於首池專利發酵平台與國際前沿代謝科學研發
核心作用機制:多層次保護精子結構與DNA完整性
| 技術層面 | 分子調控機制 | 直接精液品質效益 |
|---|---|---|
| 能量代謝優化 | 精密複合酶提升營養吸收效率,小核酸肽優化精子粒線體能量合成功能 | 改善精子形態發育,降低畸形率15-20% |
| 抗氧化系統強化 | 免疫調控肽激活Nrf2/ARE抗氧化通路,褐藻素提升SOD、GSH-Px等抗氧化酶活性 | 清除體內自由基,保護精子細胞膜與頂體完整性 |
| 細胞DNA修復 | 小核酸肽提升細胞修復能力,激活SIRT1通路修復精子DNA損傷 | 提升精子DNA完整性,增強受精潛能與後代健壯度 |
核心作用機制:強化腺體功能+調控性激素+維持最佳繁殖體況
| 技術層面 | 分子調控機制 | 直接精液品質效益 |
|---|---|---|
| 生殖腺體功能改善 | 精密複合酶提升蛋白質、氨基酸等營養吸收18%,小核酸肽充足供應精囊腺、前列腺發育與分泌需求 | 約克夏/藍瑞斯:500ml → 550-600ml;杜洛克:250ml → 260-300ml |
| 性激素分泌調控 | 小核酸肽優化生殖軸功能,提升血清睾丸酮水平,促進生精上皮細胞增殖與精液生成 | 穩定精液生產量,減少採精間期波動 |
| 長期繁殖體況維持 | 免疫調控肽改善機體整體健康,褐藻素降低亞臨床炎症,維持種公豬最佳繁殖體況評分 | 延長精液高產週期,降低種公豬更新頻率 |
核心作用機制:優化精子能量代謝+保護細胞膜+提升稀釋穩定性
| 技術層面 | 分子調控機制 | 直接精液品質效益 |
|---|---|---|
| 精子能量代謝優化 | 小核酸肽提升精子粒線體ATP合成效率,增強精子尾部擺動動力 | 精子活力提升15-25%,稀釋後存活時間延長24h+ |
| 精子細胞膜保護 | 免疫調控肽降低氧化壓力,褐藻素減少精子細胞膜脂質過氧化,維持膜流動性與完整性 | 提升精液常溫/低溫保存品質,降低保存過程中活力損失 |
| 精液稀釋兼容性提升 | 精密複合酶改善精液理化性質,褐藻素提升與稀釋液的相容性,減少精子凝集 | 可稀釋率提升25-35%,每劑精液有效受精母豬數增加 |
| 效益提升項目 | 預期改善幅度 | 年度經濟價值(NTD/頭) |
|---|---|---|
| 精子畸形率降低 | 7-10%(15-20%→8-12%) | +5,000 |
| 精液量提升 | 約克夏/藍瑞斯:500ml → 550-600ml;杜洛克:250ml → 260-300ml | +12,000 |
| 精子活力提升 | 15-25%(60-70%→85%+) | +8,000 |
| 有效使用週期延長 | 1-2年 | +8,000 |
| 單位效益總和 | — | +33,000 |
| 年度飼料增量成本 | 每頭年耗料1.2噸 × 960元/噸 | -1,152 |
| 年度淨利潤增加 | +31,848 | +31,848 |
| 效益來源 | 計算基數 | 每單位效益(NTD) | 年度總效益(NTD) |
|---|---|---|---|
| 精液品質直接提升 | 10頭種公豬 | +31,848/頭/年 | +318,480 |
| 可稀釋份數增加 | 10頭 × 200份/頭/年 | +20/份 | +40,000 |
| 受精率提升間接效益 | 10頭 × 200頭服務母豬 | +15/頭母豬 | +30,000 |
| 年度總效益 | — | — | +388,480 |
| 年度總飼料增量成本 | 10頭 × 1.2噸/頭/年 | 960/噸 | -11,520 |
| 年度綜合淨利潤增加 | +376,960 | +376,960 | +376,960 |
推薦規模:2頭種公豬(同品種、同日齡)
試驗週期:8週
總投入成本:NTD 1,536
核心驗證指標:精子畸形率、精液量、精子活力三大核心指標變化
推薦規模:5頭種公豬
試驗週期:16週
總投入成本:NTD 3,840
核心驗證指標:可稀釋率、受精率、返情率等經濟效益指標核實
推薦規模:全場種公豬
試驗週期:持續使用
總投入成本:依場內規模計算
(總頭數×1.2噸/頭/年×960元/噸)
核心驗證指標:實現全場精液品質提升,建立育種品牌差異化優勢
傳統養殖思維中,種公豬飼養被視為「必要成本中心」,追求「最低飼料單價」,卻忽視了精液品質對整場繁殖效率的核心影響——一頭優質種公豬可輻射數百頭母豬,精液品質直接決定受精率、健仔數、窩重,影響全場經濟效益。
| 傳統養殖思維 | 活力旺方案思維 | |
|---|---|---|
| 種公豬飼料定位 | 成本中心 | 育種價值引擎 |
| 飼料採購策略 | 追求飼料最低單價 | 追求飼料最高投資報酬率 |
| 精液品質控制 | 精液品質靠「天」定 | 精液品質靠「科學」控 |
| 市場競爭策略 | 同質化育種,價格競爭 | 高品質精液,建立品牌護城河 |
活力旺的核心價值,不在於「省小錢」,而在於「創造大價值」——以每噸960元的輕微成本投入,換取每頭種公豬年增31,848元淨利潤,讓種公豬從「成本負擔」變成「盈利引擎」,實現育種環節的價值升級。
核心定位:基于首池有限公司专利发酵平台与国际前沿代谢科学,整合精密复合酶制剂、免疫调控肽、代谢调控复方(小核酸肽+褐藻素)三层协同技术,针对种公猪精液生产核心痛点,实现精液品质三大关键指标精准优化,打造育种环节「价值引擎」。
显著提升精液合格度
增加可稀释份数与服务母猪数
延长精液存活时间
三层协同作用机制|精准调控种公猪繁殖代谢
提升营养吸收效率18%
激活抗氧化系统
小核酸肽+褐藻素
※ 每吨全价饲料添加1KG,每日采食量2.5公斤/头
配方为商业机密,基于首池专利发酵平台与国际前沿代谢科学研发
核心作用机制:多层次保护精子结构与DNA完整性
| 技术层面 | 分子调控机制 | 直接精液品质效益 |
|---|---|---|
| 能量代谢优化 | 精密复合酶提升营养吸收效率,小核酸肽优化精子线粒体能量合成功能 | 改善精子形态发育,降低畸形率15-20% |
| 抗氧化系统强化 | 免疫调控肽激活Nrf2/ARE抗氧化通路,褐藻素提升SOD、GSH-Px等抗氧化酶活性 | 清除体内自由基,保护精子细胞膜与顶体完整性 |
| 细胞DNA修复 | 小核酸肽提升细胞修复能力,激活SIRT1通路修复精子DNA损伤 | 提升精子DNA完整性,增强受精潜能与后代健壮度 |
核心作用机制:强化腺体功能+调控性激素+维持最佳繁殖体况
| 技术层面 | 分子调控机制 | 直接精液品质效益 |
|---|---|---|
| 生殖腺体功能改善 | 精密复合酶提升蛋白质、氨基酸等营养吸收18%,小核酸肽充足供应精囊腺、前列腺发育与分泌需求 | 约克夏/蓝瑞斯:500ml → 550-600ml;杜洛克:250ml → 260-300ml |
| 性激素分泌调控 | 小核酸肽优化生殖轴功能,提升血清睾丸酮水平,促进生精上皮细胞增殖与精液生成 | 稳定精液生产量,减少采精间期波动 |
| 长期繁殖体况维持 | 免疫调控肽改善机体整体健康,褐藻素降低亚临床炎症,维持种公猪最佳繁殖体况评分 | 延长精液高产周期,降低种公猪更新频率 |
核心作用机制:优化精子能量代谢+保护细胞膜+提升稀释稳定性
| 技术层面 | 分子调控机制 | 直接精液品质效益 |
|---|---|---|
| 精子能量代谢优化 | 小核酸肽提升精子线粒体ATP合成效率,增强精子尾部摆动动力 | 精子活力提升15-25%,稀释后存活时间延长24h+ |
| 精子细胞膜保护 | 免疫调控肽降低氧化压力,褐藻素减少精子细胞膜脂质过氧化,维持膜流动性与完整性 | 提升精液常温/低温保存品质,降低保存过程中活力损失 |
| 精液稀释兼容性提升 | 精密复合酶改善精液理化性质,褐藻素提升与稀释液的相容性,减少精子凝集 | 可稀释率提升25-35%,每剂精液有效受精母猪数增加 |
| 效益提升项目 | 预期改善幅度 | 年度经济价值(CNY/头) |
|---|---|---|
| 精子畸形率降低 | 7-10%(15-20%→8-12%) | +1,136 |
| 精液量提升 | 约克夏/蓝瑞斯:500ml → 550-600ml;杜洛克:250ml → 260-300ml | +2,727 |
| 精子活力提升 | 15-25%(60-70%→85%+) | +1,818 |
| 有效使用周期延长 | 1-2年 | +1,818 |
| 单位效益总和 | — | +7,500 |
| 年度饲料增量成本 | 每头年耗料1.2吨 × 218元/吨 | -262 |
| 年度净利润增加 | +7,238 | +7,238 |
| 效益来源 | 计算基数 | 每单位效益(CNY) | 年度总效益(CNY) |
|---|---|---|---|
| 精液品质直接提升 | 10头种公猪 | +7,238/头/年 | +72,380 |
| 可稀释份数增加 | 10头 × 200份/头/年 | +4.5/份 | +9,000 |
| 受精率提升间接效益 | 10头 × 200头服务母猪 | +3.4/头母猪 | +6,800 |
| 年度总效益 | — | — | +88,180 |
| 年度总饲料增量成本 | 10头 × 1.2吨/头/年 | 218/吨 | -2,620 |
| 年度综合净利润增加 | +85,560 | +85,560 | +85,560 |
推荐规模:2头种公猪(同品种、同日龄)
试验周期:8周
总投入成本:CNY 349
核心验证指标:精子畸形率、精液量、精子活力三大核心指标变化
推荐规模:5头种公猪
试验周期:16周
总投入成本:CNY 873
核心验证指标:可稀释率、受精率、返情率等经济效益指标核实
推荐规模:全场种公猪
试验周期:持续使用
总投入成本:依场内规模计算
(总头数×1.2吨/头/年×218元/吨)
核心验证指标:实现全场精液品质提升,建立育种品牌差异化优势
传统养殖思维中,种公猪饲养被视为「必要成本中心」,追求「最低饲料单价」,却忽视了精液品质对整场繁殖效率的核心影响——一头优质种公猪可辐射数百头母猪,精液品质直接决定受精率、健仔数、窝重,影响全场经济效益。
| 传统养殖思维 | 活力旺方案思维 | |
|---|---|---|
| 种公猪饲料定位 | 成本中心 | 育种价值引擎 |
| 饲料采购策略 | 追求饲料最低单价 | 追求饲料最高投资报酬率 |
| 精液品质控制 | 精液品质靠「天」定 | 精液品质靠「科学」控 |
| 市场竞争策略 | 同质化育种,价格竞争 | 高品质精液,建立品牌护城河 |
活力旺的核心价值,不在于「省小钱」,而在于「创造大价值」——以每吨218元的轻微成本投入,换取每头种公猪年增7,238元净利润,让种公猪从「成本负担」变成「盈利引擎」,实现育种环节的价值升级。
Core Positioning: Based on First Pool Ltd.'s patented fermentation platform and international cutting-edge metabolic science, integrating three-layer synergistic technology of precision compound enzyme preparations, immune regulatory peptides, and metabolic regulation complex (small nucleic acid peptides + fucoidan). Targeting the core pain points of boar semen production, achieving precise optimization of three key semen quality indicators, creating a "value engine" for the breeding segment.
Significantly improves semen qualification rate
Increases dilution capacity and number of sows served
Extends semen survival time
Three-layer Synergistic Mechanism|Precise regulation of boar reproductive metabolism
Improves nutrient absorption efficiency by 18%
Activates antioxidant systems
Small nucleic acid peptides + Fucoidan
※ Add 1KG per ton of complete feed, daily intake 2.5kg/head
Formula is commercial secret, developed based on First Pool's patented fermentation platform and international cutting-edge metabolic science
Core Action Mechanism: Multi-level protection of sperm structure and DNA integrity
| Technical Aspect | Molecular Regulation Mechanism | Direct Semen Quality Benefit |
|---|---|---|
| Energy Metabolism Optimization | Precision compound enzymes improve nutrient absorption efficiency, small nucleic acid peptides optimize sperm mitochondrial energy synthesis function | Improves sperm morphology development, reduces deformity rate by 15-20% |
| Antioxidant System Enhancement | Immune regulatory peptides activate Nrf2/ARE antioxidant pathway, fucoidan increases SOD, GSH-Px and other antioxidant enzyme activities | Clears free radicals, protects sperm cell membrane and acrosome integrity |
| Cell DNA Repair | Small nucleic acid peptides enhance cell repair capacity, activate SIRT1 pathway to repair sperm DNA damage | Improves sperm DNA integrity, enhances fertilization potential and offspring robustness |
Core Action Mechanism: Strengthening gland function + regulating sex hormones + maintaining optimal breeding condition
| Technical Aspect | Molecular Regulation Mechanism | Direct Semen Quality Benefit |
|---|---|---|
| Reproductive Gland Function Improvement | Precision compound enzymes improve protein, amino acid and other nutrient absorption by 18%, small nucleic acid peptides adequately supply seminal vesicle and prostate development and secretion requirements | Yorkshire/Landrace: 500ml → 550-600ml; Duroc: 250ml → 260-300ml |
| Sex Hormone Secretion Regulation | Small nucleic acid peptides optimize reproductive axis function, increase serum testosterone levels, promote spermatogenic epithelial cell proliferation and semen production | Stabilizes semen production volume, reduces fluctuations between collection intervals |
| Long-term Breeding Condition Maintenance | Immune regulatory peptides improve overall body health, fucoidan reduces subclinical inflammation, maintains boar optimal breeding condition score | Extends high-yield semen cycle, reduces boar replacement frequency |
Core Action Mechanism: Optimizing sperm energy metabolism + protecting cell membrane + improving dilution stability
| Technical Aspect | Molecular Regulation Mechanism | Direct Semen Quality Benefit |
|---|---|---|
| Sperm Energy Metabolism Optimization | Small nucleic acid peptides improve sperm mitochondrial ATP synthesis efficiency, enhance sperm tail movement power | Sperm motility increased by 15-25%, survival time after dilution extended by 24h+ |
| Sperm Cell Membrane Protection | Immune regulatory peptides reduce oxidative stress, fucoidan decreases sperm cell membrane lipid peroxidation, maintains membrane fluidity and integrity | Improves room temperature/low temperature semen preservation quality, reduces motility loss during storage |
| Semen Dilution Compatibility Improvement | Precision compound enzymes improve semen physicochemical properties, fucoidan enhances compatibility with diluents, reduces sperm agglutination | Dilution rate increased by 25-35%, effective fertilization sows per semen dose increased |
| Benefit Improvement Item | Expected Improvement Range | Annual Economic Value (USD/head) |
|---|---|---|
| Sperm Deformity Rate Reduction | 7-10%(15-20%→8-12%) | +160 |
| Semen Volume Increase | Yorkshire/Landrace: 500ml → 550-600ml; Duroc: 250ml → 260-300ml | +385 |
| Sperm Motility Increase | 15-25%(60-70%→85%+) | +257 |
| Effective Usage Cycle Extension | 1-2 years | +257 |
| Unit Benefit Total | — | +1,059 |
| Annual Feed Incremental Cost | 1.2 tons/head/year × 30 USD/ton | -36 |
| Annual Net Profit Increase | +1,023 | +1,023 |
| Benefit Source | Calculation Base | Per Unit Benefit (USD) | Annual Total Benefit (USD) |
|---|---|---|---|
| Direct Semen Quality Improvement | 10 boars | +1,023/head/year | +10,230 |
| Dilution Doses Increase | 10 heads × 200 doses/head/year | +0.64/dose | +1,280 |
| Fertilization Rate Improvement Indirect Benefit | 10 heads × 200 sows served | +0.48/sow | +960 |
| Annual Total Benefit | — | — | +12,470 |
| Annual Total Feed Incremental Cost | 10 heads × 1.2 tons/head/year | 30/ton | -360 |
| Annual Comprehensive Net Profit Increase | +12,110 | +12,110 | +12,110 |
Recommended Scale: 2 boars (same breed, same age)
Trial Period: 8 weeks
Total Investment Cost:USD 49
Core Verification Indicators: Changes in three core indicators: sperm deformity rate, semen volume, sperm motility
Recommended Scale: 5 boars
Trial Period: 16 weeks
Total Investment Cost:USD 123
Core Verification Indicators: Verification of economic benefit indicators such as dilution rate, fertilization rate, return-to-estrus rate
Recommended Scale: All farm boars
Trial Period: Continuous use
Total Investment Cost: Calculated based on farm scale
(Total heads × 1.2 tons/head/year × 30 USD/ton)
Core Verification Indicators: Achieve farm-wide semen quality improvement, establish breeding brand differentiation advantage
In traditional farming thinking, boar feeding is seen as a "necessary cost center," pursuing the "lowest feed price," while ignoring the core impact of semen quality on the entire farm's reproductive efficiency—one high-quality boar can influence hundreds of sows, with semen quality directly determining fertilization rate, healthy litter size, litter weight, affecting the entire farm's economic benefits.
| Traditional Farming Thinking | Vitality Program Thinking | |
|---|---|---|
| Boar Feed Positioning | Cost Center | Breeding Value Engine |
| Feed Procurement Strategy | Pursuing lowest feed price | Pursuing highest feed return on investment |
| Semen Quality Control | Semen quality determined by "fate" | Semen quality controlled by "science" |
| Market Competition Strategy | Homogeneous breeding, price competition | High-quality semen, establishing brand moat |
The core value of Vitality is not about "saving small money" but about "creating big value"—with a minimal cost input of $30 per ton,换取each boar's annual net profit increase of $1,023, transforming boars from "cost burden" to "profit engine," achieving value upgrading in the breeding segment.