1.Distribution of Blood Cholesterol Profile in Untreated Korean Population.
Korean Circulation Journal 2015;45(2):108-109
No abstract available.
Cholesterol*
2.Anti-Inflammatory Effects of Statins Beyond Cholesterol Lowering.
Korean Circulation Journal 2012;42(9):592-594
No abstract available.
Cholesterol
3.A diagnostic significance of pleural fluid cholesterol level.
Young Kyoon KIM ; Soon Seog KWON ; Kwan Hyoung KIM ; Ki Don HAN ; Hwa Sik MOON ; Jeong Sup SONG ; Sung Hak PARK
Tuberculosis and Respiratory Diseases 1991;38(3):262-269
No abstract available.
Cholesterol*
4.Factors related to serum total cholesterol.
Yang Ju TAK ; Seun Mi YOO ; Belong CHO ; Yun Mi SONG ; Taiwoo YOO ; Bong Yul HUH
Journal of the Korean Academy of Family Medicine 1992;13(12):935-942
No abstract available.
Cholesterol*
5.A Study on the Serum Lipid Level In Hypertensive Patients.
Shee Juhn CHUNG ; Kyung Soo KIM
Korean Circulation Journal 1991;21(1):125-128
The plasma cholesterol, TG,LDG,HDL of 101 Korean hypertensive patients were measured to compare with plasma cholesterol, TG,LDL,HDL level of healthy people(control group). The plasma cholesterol level in hypertensive patients was 189.6+/-39.5mg% and was 188.7+/-33.7mg% in healthy people(P>0.5). The plasma TG level in hypertensive patients was 200.5+/-154.2mg% and was 116.1+/-32.4mg% in healthy people(P<0.05). The plasma HDL level in hypertensive patients was 44.6+/-15.5mg% and was 45.1+/-9.8mg% in healthy people(P>0.05). The plasma LDL level in hypertensive patients was 119.0+/-68.6mg% and was 98.1+/-53.4mg% in healthy people(P>0.05). The serum level of the total cholesterol, HDL and LDL cholesterol in the hypertensive patients group were not significantly different from the control group, but the serum level of the TG was significantly increased in the patients group. We thought that this difference of plasma TG level is due to exogenous TG in hypertensive patient group but further evalution in properties of TG is required.
Cholesterol
;
Cholesterol, HDL
;
Cholesterol, LDL
;
Humans
;
Plasma
6.A Case of Cholesterol Granuloma Presenting as a Cutaneous Nodule.
Yoon Seob KIM ; Hyun Jeong JU ; Chul Jong PARK ; Kyung Ho LEE
Annals of Dermatology 2017;29(3):383-384
No abstract available.
Cholesterol*
;
Granuloma*
7.Diagnostic value of cholesterol and triglyceride in pleural andascitic fluid.
Eun Sook CHUNG ; Sang Jin EUN ; Kyung Eun SONG ; Jang Soo SUH ; Won Kil LEE ; Jay Sik KIM
Korean Journal of Clinical Pathology 1992;12(3):291-298
No abstract available.
Cholesterol*
;
Triglycerides*
8.Validity of total cholesterol testing in detecting dyslipidemia.
Soo Young KIM ; Seung Pil JUNG
Journal of the Korean Academy of Family Medicine 1993;14(10):653-660
No abstract available.
Cholesterol*
;
Dyslipidemias*
9.Synthesis and study on the hypocholesterolemia effects of N,N,N-trimethylchitosan (TMC)
Pharmaceutical Journal 2000;293(9):9-11
Quaternized chitosan was synthesized and structurally determined. The result showed that N,N,N-trimethylchitosan had a significant lowering cholesterol effect in blood of rats and rabbits in comparison to cholestyramine. Moreover TMC did not decrease the HDL-C (High Density Lipoprotein Cholesterol) used in treatment of arteriosclerosis.
chitosan
;
Cholesterol
10.Preliminary results of study on hypocholesteremiant effects of 2 curcuma species discovered in North-Vietnam
Pharmaceutical Journal 1998;263(3):19-20
Experiment is carried out on 4 groups of white mouse, in which each group including 5 lives. The results of experiment show the Curcuma harmandii Gagnep. and Curcuma trichosantha Gapnep, each daily dose equals to 20g/kg of mouse drinking continuously in a duration of 30 days inhibited considerably the raising of cholesterol in the blood of mouse by feeding them with high daily dose of cholesterol (20g/kg). The inhibition with Curcuma harmandii and Curcuma trichosantha is 42% and 74%, respectively. The intensive of this inhibition has a statistical meaning.
cholesterol
;
Curcuma
Result Analysis
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