Humanpro 通过先进的化学合成和自主生产制造高纯度功能性原料。我们的 GMP 合规流程确保最佳的稳定性和生物利用度。我们为膳食补充剂、护肤护发和制药研究应用提供定制合成、工艺优化和配方支持。与全球合作,我们将科学转化为推动创新和价值的解决方案。
立足中国,融合前沿研发与全球资源,我们构建从分子设计到全球交付的垂直整合供应链,确保每个阶段的质量、稳定供应和可追溯责任。

我们提供从分子设计、工艺开发到成品配方的端到端定制解决方案,以科学验证的原料服务于营养保健品、化妆品和制药研究行业。

我们专注于高纯度生物活性化合物的精准合成,如尿石素 A 衍生物、米托醌类似物、葫芦巴碱和其他创新分子。

从定制分子合成到工艺优化和分析验证,我们提供量身定制的开发服务。我们将复杂的研究概念转化为可扩展、可复制的生产工艺。

凭借我们对原料的深厚专业知识,我们开发和优化成品配方。我们提供增强生物利用度、稳定性和递送的技术解决方案。
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Lithium orotate offers better brain permeability and lower toxicity than lithium carbonate, and preclinical data show it reduces AD pathology and memory deficits. Key formulation challenges are stability (pH-sensitive precipitation) and bioavailability (inconsistent absorption). Optimization via phospholipid complexation/liposomal encapsulation and pH 6.5–7.4 control improves brain lithium levels, stability, and synergy with other nootropics.
更多 →7,8‑DHF is a natural flavonoid that crosses the BBB and acts as a high‑affinity TrkB agonist, mimicking BDNF. It activates MAPK/ERK, PI3K/AKT, and PLC‑γ pathways to promote neurogenesis, synaptic plasticity, and neuronal survival. Compared to BDNF, it offers better oral bioavailability, metabolic stability, and selective TrkB activation without p75NTR off‑target effects. In Alzheimer’s, cognitive decline, and other neurodegenerative models, 7,8‑DHF rescues memory deficits, restores BDNF‑TrkB signaling, reduces Aβ pathology, and provides neuroprotection. For R&D teams developing nootropics, neuroprotective agents, or longevity formulations, 7,8‑DHF is a rare “natural mimetic” combining mechanistic elegance with practical developability.
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In complex inflammatory environments, a single anti-inflammatory ingredient often underperforms. Quercetin and curcumin synergistically inhibit the NF-κB pathway: curcumin blocks nuclear translocation and cytokine transcription, while quercetin suppresses upstream kinases and oxidative stress. Their combination achieves stronger anti-inflammatory effects at lower doses. Key formulation strategies include pH control (mildly acidic range to enhance polyphenol stability) and nanoemulsification (O/W nanoemulsions to improve dispersibility, penetration, sustained release, and protection against rapid degradation). This approach overcomes poor bioavailability and instability, making it suitable for skin soothing, mucosal repair, and functional products.
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