1.Various Effect of Korean Ginseng.
Korean Journal of Family Medicine 2010;31(12):895-896
No abstract available.
Panax
2.Isolation of cytotoxicity-potentiating substances from red ginseng.
Byung Zun AHN ; You Hui LEE ; Shin Il KIM
Journal of the Korean Cancer Association 1992;24(6):795-806
No abstract available.
Panax*
3.An effect of ginseng extracts on retinoid teratogenicity.
Kyu Chul LEE ; Sun Hwa PARK ; Yong Hyuck CHUN
Korean Journal of Anatomy 1993;26(4):428-434
No abstract available.
Panax*
4.Atomic absorption spectrophotometry for quantifying lead and copper in some herb products containing Panax pseudoginseng
Journal of Practical Medicine 2002;435(11):31-34
The Atomic Absorption Spectrophotometry method for quantifying the lead and copper content of some herb products containing Panax pseudoginseng was reported. The proposed process of analyzing, using Graphite Furnace Atomizing Mode, were applied for 5 randomly selected samples and proved to be accurate. Results: Lead calibration curve: standard solution have exact lead concentrations of 10, 20 and 30ng/ml in 2% nitric acid. Copper calibration curve: standard solutions have exact copper concentration of 5, 10 and 20ng/ml in 2% nitric acid. Both techniques for decomposition of samples, wet ashing and microwave can be used in preparation of sample solutions
Spectrophotometry
;
Panax
5."Ngoc Linh " ginseng in Quang Nam province
Pharmaceutical Journal 2001;298(2):7-8
50 compounds isolated from "Ngoc Linh" ginseng in which 26 compounds had known chemical structure and 24 compounds were new chemical structure " Ngoc Linh " contains mainly saponine triterpenoid but content of sapopine pammaran in "Ngoc Linh" ginseng was highest centent (12-15%) and number of saponin in "Ngoc Linh" ginseng was biggest compared with other species of panax in the world.
Panax
;
chemistry
6.Current Status and Research Trends of Panax Between 1900-2019: A Bibliometric Analysis.
Tie-Xin ZENG ; Jin PEI ; Yu-Jing MIAO ; Yan ZHENG ; Sheng-Jiu GU ; Lei ZHAO ; Lin-Fang HUANG
Chinese journal of integrative medicine 2022;28(6):547-553
OBJECTIVE:
To investigate the current status and further development of Panax genus and 6 important individual species including P. notoginseng, P. quinquefolium, P. vietnamensis, P. japonicus, P. stipuleanatus and P. zingiberensis.
METHODS:
The bibliometric analysis was based on the Web of Science core database platform from Thomson Reuters. Totally, 7,574 records of scientific research of Panax species published from 1900-2019 were analyzed. The statistical and visualization analysis was performed by CiteSpace and HistCite software.
RESULTS:
The academic research of Panax species increase promptly. Plant science is the main research field while research and experimental medicine and agricultural engineering will be the further development tendency. Particularly, the discrimination research of P. notoginseng will be the research tendency among Panax species, especially diversity research. In addition, P. vietnamensis deserves more attention in the genus Panax.
CONCLUSION
This research provides a reference for further research of the genus and individual species.
Bibliometrics
;
Panax
7.Effect of hippocampus and hippo-pinax ginseng on morphological structure of male rat's testes
Journal of Medical Research 2003;21(1):7-13
Different doses of Hippocampus and Hippo campus - pinax ginseng were administrated orally in a 2 week course continuously did not make any change on the normal structure of seminal epithelial and testis interstitial gland of rat. There was no significant difference of seminal vesiles's average diameter in all rat' drug taken group. However this diameter was higher significantly than normal. The percentage of seminal vesicles, in which sperm reproduction was completed, was increased significantly in all drug taken groups compared to the control.
Panax
;
Hippocampus
;
anatomy & histology
8.Preliminary studying on cardio - vascular effects of panax ginseng (PG) by experiment
Journal of Vietnamese Medicine 1999;232(1):21-26
The fluidextract of PG (2ml contains 1 g radix of PG) was used to evaluate its cardio vascular effects on dog blood pressure, frog isolated intestine. Our experimental results show that: The fluidextract of PG in dose of 0.7g/kg body of weigh (correspond to the clinical dose) per oral route decreases blood pressure by 24.1% in comparison with initial level. PG influences both on the heart frequency and on the heart amplitude depending on the utilizing doses. Low doses have stimulating effect whereas high doses inhibiting one. PG with our experimental doses provoke vasodilatation but don't influence on the intestinal peristalsis
Cardiovascular Agents
;
Panax
9.On the Development of panax vietnamensis
Journal of Medicinal Materials - Hanoi 2003;8(2):59-60
The Panax vietnamensis (K5 panax, Ngoc Linh panax) known as its scientific name is Panax vietnamensis Ha et Grushv., belonging to Araliaceae. K5 panax is the 3rd genus of panax L. branch and the 20th in the world. The mojoir components of Panax vietnamensis are determined the majonosid R2, 17 fat acide with 0.53% contents.
Panax
;
Medicine, Traditional
;
Biochemistry