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NutrEval / Advanced Nutritional Assessment
Assessment Scope: Blood & Urine Functional Integration
Analytical Target: Cellular-Level Functional Evaluation
I. Rationale for the Assessment (Clinical Value & Core Objectives)
Although modern dietary options are abundant and caloric intake is sufficient, individuals frequently experience sub-optimal health states characterized as "cellular hidden hunger." This is primarily driven by highly processed diets, chronic lifestyle stress, gastrointestinal absorption impairments, or unseen environmental pollutants. Standard routine health checks (such as lipid panels, complete blood counts, and
standard liver/kidney biochemical panels) focus on diagnosing structural organ damage after it has occurred, often failing to detect early-stage biochemical metabolic pathway imbalances resulting from micronutrient deficiencies.
The NutrEval Functional Medicine Assessment is an advanced evaluation utilizing both blood and urine biomarkers. It transcends traditional diagnostic frameworks by comprehensively assessing biochemical metabolic pathways at the cellular level. Its core clinical objectives include:
Pinpointing Root Causes of Chronic Symptoms: Providing deep insights into cellular mitochondrial metabolism and neurotransmitter pathways for individuals suffering from chronic fatigue, brain fog, sleep disturbances, unexplained inflammation, or lowered immunity.
Proactive Chronic Disease Prevention: By measuring antioxidant status and heavy metal accumulation, it enables timely intervention against systemic chronic inflammation and accelerated aging caused by free radical damage before organic pathology develops.
Tailored Precision Nutritional Therapy: Eliminating guesswork in nutritional supplementation. Based on quantifiable data, it delivers a scientifically precise plan to replenish exact deficiencies and avoid toxic over-supplementation, thereby minimizing metabolic burden on the liver and kidneys.
II. Comprehensively Evaluated Biomarkers (Five Core Analytical Domains)
Utilizing high-sensitivity analytical instrumentation (such as ICP-MS and GC-MS), this system quantifies specific biomarkers across several critical biological systems:
1. Core Micronutrient & Vitamin Status
Evaluates key vitamins and minerals acting as essential enzymatic cofactors that govern the efficiency of vital physiological processes:
Comprehensive Vitamin B Profile: Includes Vitamins B1, B2, B3, B5, B6, Biotin, Folate (B9), and B12. B vitamins serve as crucial catalysts for cellular respiration and ATP (energy) production, and are deeply involved in DNA repair and methylation pathways.
Essential Minerals Assessment: Specifically measures intracellular and extracellular levels of Calcium (Ca), Magnesium (Mg), and Zinc (Zn), alongside Copper (Cu), Manganese (Mn), and Molybdenum (Mo). Magnesium and Zinc catalyze hundreds of enzymatic reactions vital for neuromuscular relaxation, insulin sensitivity, bone density, and core immune defense.
2. Antioxidant Status & Cellular Oxidative Stress
Analyzes the body's capacity to scavenge free radicals and determines if cells are experiencing significant oxidative damage:
Primary Antioxidant Reserves: Evaluates the body's master detoxification agent—Glutathione, alongside Coenzyme Q10 (CoQ10) required for the mitochondrial electron transport chain, and lipid/water-soluble vitamins (Vitamins A, C, and E).
Lipid Peroxidation & Oxidative Damage Markers (e.g., 8-OHdG): Quantifies the actual structural damage inflicted by free radicals on cell membrane polyunsaturated fatty acids and DNA, helping forecast long-term cardiovascular and neurodegenerative inflammatory risks.
3. Essential Fatty Acid Balance
The distribution of fatty acids directly determines cell membrane structural integrity and the baseline inflammatory tone of the body:
Omega-6 to Omega-3 Ratio (Ω_6 / Ω_3): Modern diets heavily favoring refined oils often lead to severely elevated Omega-6 levels (pro-inflammatory) and deficient Omega-3 levels (anti-inflammatory, cardioprotective, and neuroprotective). This assessment reveals this precise balance.
Cell Membrane Fatty Acid Spectrum: Provides a full breakdown of saturated, monounsaturated, and polyunsaturated fatty acids (such as EPA, DHA, and AA) which dictate cell membrane fluidity and the velocity of cellular signaling.
4. Heavy Metal & Environmental Toxicity Screening
Heavy metals are highly cumulative with low excretion rates. They insidiously displace beneficial minerals and paralyze essential enzyme systems:
High-Risk Heavy Metal Burden: Screens for toxic accumulations of Mercury (Hg), Lead (Pb), Arsenic (As), Cadmium (Cd), and Aluminum (Al).
Detoxification Pathway Interference: Assesses whether accumulated toxic elements are actively suppressing endogenous antioxidant enzymes or placing a pathological burden on Phase I / Phase II hepatic detoxification and renal clearance.
5. Organic Acids & Urinary Metabolic Pathway Analysis
Quantifying specific organic acid metabolites in urine allows for the reverse-engineering of deep physiological function:
Mitochondrial Energy Production Efficiency: Measures intermediate metabolites of the Krebs Cycle (Citric, Aconitic, Malic, and Succinic acids, etc.) to identify the exact step where the energy production chain is bottlenecked, uncovering the root cause of chronic fatigue.
Neurotransmitter Turnover Markers: Assesses the degradation products of dopamine, serotonin, epinephrine, and norepinephrine, offering objective biochemical data correlated with mood fluctuations, chronic stress exhaustion, and cognitive decline.
III. Clinical Applications & Recommended Patient Demographics
*** If our standard options do not fully meet your needs, please contact us for a fully customized testing consultation tailored to your goals.
全套營養素與毒性元素分析 · 臨床深度臨床醫學報告
檢測範疇: 血液與尿液整合功能醫學檢測
分析目標: 細胞層面功能性評估
一、 為什麼要做這項檢測?(臨床價值與核心目的)
現代人雖然飲食豐足、熱量充沛,卻常因精緻飲食、長期生活壓力、消化道吸收障礙或環境隱形污染,陷入 「細胞隱性飢餓」的亞健康狀態。
傳統常規健康檢查(如血脂肪、全血球計數、肝腎功能常規生化指標)主要
著重於器官實質受損後的器質性診斷,往往難以捕捉早期因微量營養素缺乏引起的代謝路徑失衡。
NutrEval 功能醫學分析 是一項結合血液與尿液的全方位整合檢測。它跳脫傳統檢測框架,從細胞層面 (Cellular Level)全面檢視體內生化代謝路徑。
其核心臨床目的包含: 精準溯源慢性症狀: 針對長期慢性疲勞、腦霧、睡眠障礙、不明發炎或免疫力低下,深入细胞粒線體 代謝與神經傳導物質途徑探尋根源。
防範慢性疾病於未然: 藉由評估抗氧化壓力與重金屬累積狀況,在器官尚未發生病變前,及時阻斷因 自由基破壞引起的全身性慢性發炎與加速老化。
客製化精準營養調理: 拒絕盲目服用保健食品。依據量化數據提供專屬的「科學精準補充方案」,補
其所缺、避免過量,最大程度減輕肝腎代謝負擔。
二、 這項檢測具體測到什麼?(五大核心範疇深度解析)
本檢測系統透過高靈敏度的分析儀器(如 ICP-MS、GC-MS 等),針對人體內多個關鍵生化系統進行量化篩 檢:
1. 核心微量營養素與維生素狀態
評估體內多種關鍵維生素與礦物質,這些成分作為酵素的輔因子,直接決定了身體維持生命活動的效率: 完整維生素 B 群: 包含維生素 B1、B2、B3、B5、B6、生物素(Biotin)、葉酸(B9)及 B12。B 群是細胞呼吸作用與能量(ATP)生成的關鍵燃料,並深度參與 DNA 修復與甲基化代謝。
關鍵礦物質評估: 重點檢測體內鈣(Ca)、鎂(Mg)、鋅(Zn)、銅(Cu)、錳(Mn)、鉬(Mo)等
元素。其中,鎂與鋅參與了體內逾數百種酵素催化反應,與神經放鬆、胰島素敏感度、骨骼健康及核心免疫 防禦密不可分。
2. 抗氧化狀態與細胞壓力(Antioxidant Status)
分析身體清除自由基的能力,評估細胞是否正面臨高度氧化損傷:
核心抗氧化劑儲備: 評估體內解毒總司令——麩胱甘肽(Glutathione),以及粒線體電子傳遞鏈必需的 輔酶 Q10(CoQ10)、維生素 A、C、E 等脂溶性與水溶性抗氧化劑。
脂質過氧化指標(8-OHdG 或過氧化物): 評估細胞膜上的多元不飽和脂肪酸與 DNA 受自由基攻擊破壞的 實質受損程度,藉此預估心血管及神經系統的發炎與退化風險。
3. 必需脂肪酸平衡(Essential Fatty Acids)
脂肪酸的比例決定了細胞膜的結構與身體發炎的基調:
Omega-3 與 Omega-6 比例(Ω_6 / Ω_3 Ratio): 現代外食與精緻油品常導致 Omega-6(促發炎)嚴重 過高,而 Omega-3(抗發炎、保護心血管及大腦)嚴重不足。本檢測能精確揭示此平衡比例。
細胞膜脂肪酸全譜: 全面分析飽和脂肪酸、單元不飽和脂肪酸及多元不飽和脂肪酸(如 EPA、DHA、AA) 的佔比,這直接關乎細胞膜的流動性與神經訊號傳導速率。
4. 毒性元素與重金屬篩檢(Heavy Metal Toxicity)
重金屬具備高蓄積性、低排泄率的特性,會在體內悄悄取代有益礦物質,癱瘓酵素系統:
高危重金屬殘留: 篩檢體內是否累積了高濃度的汞(水銀)、鉛、砷、鎘、鋁等常見毒性環境元素。
排毒機能干擾度: 評估這些重金屬是否已實質干擾體內的抗氧化酵素,或對肝臟解毒系統(Phase I / Phase II)與腎臟排泄功能造成負擔。
5. 有機酸與尿液代謝途徑分析
透過尿液中微生物與細胞代謝物的定量,反推深層的機能表現:
粒線體能量生成效能: 檢測檸檬酸循環(Krebs Cycle)各階段的中間代謝產物(如檸檬酸、順烏頭酸、蘋 果酸、琥珀酸等),精準揪出能量生產線在哪一個步驟發生阻塞,進而找出慢性疲勞與代謝率低下的根本癥 結。
神經傳導物質代謝產物: 評估多巴胺、血清素、腎上腺素與去甲腎上腺素在體內的轉化與代謝狀況,提供 情緒波動、高壓倦怠、專注力下降的客觀生化數據。
腸道微生物平衡指標: 偵測尿液中特異性的細菌與黴菌(如念珠菌)有機酸代謝物,間接反映腸道是否存在壞菌過度增生或菌叢失衡(Dysbiosis)。
三、 臨床應用與推薦受檢族群
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