Department of Laboratory Medicine, Mie University School of Medicine, Tsu, Mie 514-8507, Japan.
Int J Mol Med. 2010 Apr;25(4):601-6. doi: 10.3892/ijmm_00000382.
Patterns of hypocholesterolemic lipid fractions in 295 patients with liver diseases, malignant tumors, arteriosclerotic and renal diseases with cholesterol (Chol) levels of <30 mg/dl were classified using a simultaneous analytical method for the Chol and triglyceride (TG) fractions (Chol/Trig Combo System). Hypocholesterolemia was classified as follows: IV, Type IV on WHO hyperlipidemia phenotype classification; intermediate density lipoprotein (IDL), cases with appearance of IDL, including appearance of Lp(a); high + low density lipoproteins (HDL+LDL), lipids mostly consisting of HDL and LDL fractions; HDL abnormality, cases with slow alphaHDL or fast HDL; abnormal LDL, both Chol and TG fractions mostly consisting of LDL fraction; normal type, ratios of HDL, very low density lipoproteins (VLD) and LDL fractions were almost normal; and low HDL, HDL-C was <30 mg/dl. Many patients with liver diseases had HDL+LDL (45%), and abnormal LDL was noted in 13% of the cases. In malignant tumors, the frequencies of low HDL, normal type, and HDL+LDL cases were similar (22-30%). In arteriosclerosis, normal type accounted for 46% of the cases, and the frequency of normal type was higher (60%) in renal diseases. Mortality rate (within 1 year after measurement) was then compared among lipid patterns. In liver diseases, mortality rate increased in the following order: abnormal LDL (55%); low HDL (31%); HDL abnormality (25%); and HDL+LDL (21%). No deaths were seen among patients with normal type. In malignant tumors, mortality rate was very high (88%) in patients with HDL+LDL, but low in patients with normal type (22%) and low HDL (9%). Mortality rate was low in patients with arteriosclerosis and renal diseases in the short-term follow-up period (1 year). In the comparisons of distribution, mean, and appearance rate of charge modification frequency (CMF) among lipid patterns, parameters were high in all patterns other than HDL+LDL. Classification of hypocholesterolemia lipid patterns and evaluation of CMF may therefore be clinically useful.
295 例胆固醇(Chol)水平<30mg/dl 的肝病、恶性肿瘤、动脉硬化和肾病患者的血脂部分的低胆固醇血症模式,采用 Chol 和三酰甘油(TG)部分的同时分析方法(Chol/Trig Combo System)进行分类。低胆固醇血症分类如下:根据世界卫生组织(WHO)高脂血症表型分类为 IV 型和 IV 型;中间密度脂蛋白(IDL),出现 IDL 的病例,包括出现 Lp(a);高+低密脂蛋白(HDL+LDL),主要由 HDL 和 LDL 部分组成的脂质;HDL 异常,慢αHDL 或快 HDL 的病例;异常 LDL,Chol 和 TG 部分主要由 LDL 部分组成;正常型,HDL、极低密度脂蛋白(VLD)和 LDL 部分的比例基本正常;低 HDL,HDL-C<30mg/dl。许多肝病患者有 HDL+LDL(45%),13%的病例有异常 LDL。在恶性肿瘤中,低 HDL、正常型和 HDL+LDL 病例的频率相似(22-30%)。在动脉硬化中,正常型占 46%,肾病中正常型的频率更高(60%)。然后比较了不同血脂模式的死亡率(测量后 1 年内)。在肝病中,死亡率按以下顺序增加:异常 LDL(55%);低 HDL(31%);HDL 异常(25%);HDL+LDL(21%)。正常型患者无死亡。在恶性肿瘤中,HDL+LDL 患者的死亡率非常高(88%),而正常型(22%)和低 HDL(9%)患者的死亡率较低。在短期随访期间(1 年),动脉硬化和肾病患者的死亡率较低。在血脂模式之间的电荷修饰频率(CMF)分布、平均值和出现率的比较中,除了 HDL+LDL 之外,所有模式的参数都较高。低胆固醇血症血脂模式的分类和 CMF 的评估因此可能具有临床意义。