尹草窓의 生涯와 草窓訣에 關한 硏究

金準泰,尹暢烈 대한한의학원전학회 1992 대한한의학원전학회지 Vol.6 No.-

I have studied life of Yoon-Dong-Li(尹東里), who applied Un-Ki(運氣) theory to medicine during Suk-Jong(肅宗) to Jeong-Jo(正祖) in Yi-Dynasty and also studied his existing writings named 《Cho-Chang-kyeol》(草窓訣). The referenced original work prints were based on 1980's pring of Chung-Ku oriental medical society and National Central Library and The academy a korean studies possessed print. Studied with these books, I have concluded as follows. 1. Yoon-Dong-Li(尹東里) courtesy name is Ja-Mi(子美), pen name is Cho-Chang(草窓). He was born in 1705, Suk-Jong(肅宗) 31yrs, and died in 1784, Jeong-Jo(正祖) 3yrs in Yi-Dynasty. He had lineage of third-generationed-doctor and learned medicine from his uncle, Yoon-Woo-Kyo(尹雨敎). His father Yoon-Yi-Kyo(윤이교) gaved him second influence. 2. Confucianal physician in Ming Dynasty You-Bu(劉溥) respected Ju-Ryeom-Kyo(周濂溪), confucianist in Song-Dynasty and You-Bu(劉溥) does not removed grass in front of window (because in chinese, Cho-Chang(草窓) means grass in front of windows), and named himself Cho-Chang(草窓). Yoon-Dong-Li(尹東里) followed this suit so called himself Cho-Chang(草窓). 3. The main contents of 《Cho-Chang-Kyeol》(草窓訣), <Un-Ki-Yeon-Lon>(運氣衍論) was written in 1725, when Yoon-Dong-Li(尹東里) was 21yrs old and printed in 1736. The other part of 《Cho-Chang-Kyeol》(草窓訣), <Yong-Yak-Pyeon>(用藥篇) was written in 1746. These two parts were not written in the same time. The <Un-Ki-Yeon-Lon>(運氣衍論) was written 11years earlier than <Yong-Yak>(用藥). Two parts were combined another day and named 《Cho-Chang-Kyeol》(草窓訣). 4. Existing 《Cho-Chang-Kyeol》(草窓訣) is transcribed printing with the content of "Five elements motion and the six kind of natural factors theory"(五運六氣論). Each edition is generally similar in content, but also has different points each other so naw we hardly finds a complete set of works. 5. 《Cho-Chang-Kyeol》(草窓訣) is a first technical book which treats of Un-Ki(運氣) theory in korea. 6. The contents of <Un-Ki-Yeon-Lon>(運氣衍論) of 《Cho-Chang-Kyeol》(草窓訣) is mechanism of diease according to excess and insuffciency of five elements motion and six kinds of natural factors, and symptoms and priscriptions, includes variated priscriptions. 7. Two parts in <Un-Ki-Yeon-Lon>(運氣衍論) of 《Cho-Chang-Kyeol》(草窓訣), 'Sang-tong'(相通) and 'Kak-Tong'(各通), threats of mechanisim of the disease according to five elements, with the principle of inter-promoting and inter-acting, in the change of ten heavenly stems and five elements motion. 8. In the <Yong-Yak-Pyeon>(用藥篇) of 《Cho-Chang-Kyeol》(草窓訣) describes priscription for clinical application according to Un-Ki(運氣) and also records about misuse of medicine. 9. In the 《Cho-Chang-Kyeol》(草窓訣), most of priscription are common using one, which also found in 《Dong-Ui-Bo-Gam》(東醫寶鑑) and there are few of priscriptions by Yoon-Dong-Li(尹東里).

干支와 遅氣에 關한 硏究

尹暢烈,朴賛国 慶熙大學校韓醫科大學韓醫學硏究所 1987 慶熙韓醫大論文集 Vol.10 No.-

喩昌의 生涯와 醫學思想

金秀烈,尹暢烈 대한한의학원전학회 1990 대한한의학원전학회지 Vol.4 No.-

At early Cheong (淸) dynasty, in medical aspect by dependent on practical studying attitude that must found a theory only by an evidence, there had been a tendancy that hoped direct research of sages' mind-eye by escaping the theory of individual classes since Geum-Won (金-元)dynasty. Yoo Chang(喩昌), born in Man-Ryeok(萬曆) 12th year of Myung(明) dynasty (A.D.1583) and dead in Gang-Hee(康熙) 3rd year of Cheong(淸) dynasty (A.D.1664). The results were as follows after studying his practical idea of medicine. 1. Yoo Chang, by recognizing the 《Sang-Han-Ron》 has lost its true meaning after commented by Wang hee(王熙), Lim Eog(林億), Seong Moo-I(成無己), etc. according to Bang Yoo-Jip's(方有執) Chak-Gan-Jung-Jeong(錯簡重訂) theory, he diversified the protocal of 《Sang-Han-Ron》 397 method and arranged under Six Meridian part.(六經) 2. The theory of Sam-Gang-Jeong-Rip(三網鼎立) can be summerized Gye-Ji(桂枝) syndrome which is the case of WInd(風) has injured Wi(衛) stage, Ma-hwang(麻黃) syndrome which is the case of Cold(寒) ahs injured Yeong(榮) stage, Dae-Cheong-Ryong(大靑龍) syndrome which is the case both of Wind-Cold(風寒) ahs injured Yeong-Wi(榮衛) stage, and there has been Sam-Gang-Jeong-Rip theory by anterior medical practitioners already but the person who formally used its Sam-Gang-Jeong-Rip term is Yoo-Chang. 3. Yoo Chang seized the On Byeng(溫病) by dividing three category and in Byon-Jeung-Si-Chi(辨證施治) he influenced to many aspect of establishment of later Byon-Jeung system On-Byong(溫病의 辨證體系) pertaining to Triple-Warmer by O-Dang(오당) introducing Triple-Warmer Theory.(三焦理論) 4. At Chu-Jo-Ron(秋燥論) of 《Eui-Moon-Beop-Ryol》, while 《Nae-Gyeong》 describing if humidity injury Lung, then occur a disorder in it, Yoo Chang recognized that of autuam when dryness injure Lung there occure a disorder is it so he insisted that at this case, must use Cheong-Joe-Goo-Pye method (淸燥救肺法) with herbs, pertaing to Gam-Yoo-Ja-Yoon(甘柔滋潤性) property and he invented Cheong-Joe-Goo-Pye-Tang.(淸燥救肺湯) 5. You Chang', so called, Dae-Gi(大氣) indicates Yang-Gi(陽氣) of chest, he insisted that man's creation and every physiological activity depends on maintainence of Dae-Gi, and it integrate Yeong-Gi(榮氣), Wea-Gi(衛氣), Jong-Gi(宗氣), Jang-Boo-Ji-Gi(臟腑之氣), Gyeong-Rak-Ji-Gi.(經絡之氣) 6. Yoo Chang's expression about partical function and character of stomach, not only bolster its theory of historical physician's expression, that is stomach is foundatness of postnatal period, but also it has correponding aspect with modern medicine and clinic. 7. Yoo Chang emphasized "if one cure a disease, be must understood the character of disease first and use drugs later"(先議病 後用藥) phrase about of drug usage, and his theory of Geup-Rew-Man-Joo method(急流挽舟) and three therapy of Simple Ascite(單腹脹) are all unique opinion based upon this phrase mentioned above. 8. Yoo Chang's practical idea of medicine greatly influenced to Jang Ro(張??), Hwang Won-A(黃元御), Oh Eui-Rak(吳儀洛) ,Joo Yang-Joon(周??俊), etc. and theory of Sam-Gang-Jeng-Rip(三網鼎立), Thriple Warmer Theory of On Byong (溫疫의 三焦論治), Chu-Jo-Ron(秋燥論), Dae-Gi-Ron(大氣論) etc. became important object to student of Sang-Han(傷寒) and On-Byeng.(溫病) 9. Yoo Chang's Writings has more practical meaning than other physician's, especially, later the idea of Sang-Han(傷寒) and On-Byong(溫病) greatly contributed to development of Sang-Han theory and formation of On-Byong theory.

해도분석을 통한 낙동강 하구 사주 면적의 시ㆍ공간 변화

유창일(CHANG-ILL YOO),윤한삼(HAN-SAM YOON),류청로(CHEONG-RO RYU),이인철(IN-CHEOL LEE) 한국해양공학회 2006 韓國海洋工學會誌 Vol.20 No.6

This study discusses characteristic of spatiotemporal changes of the sand barrier in the Nakdong estuarine for the last century, focusing on geomorphologic evolution and mobility of sand barriers in the view of coastal engineering. The Nakdong estuarine, the research subject, has a complexly changing natural environment by interaction between ground and marine elements such as ocean wave, tidal current, sediment, etc. Moreover, recently, unnatural geomorphologic changes (e.g., seaside reclamation, new harbor construction, etc.) has been radically increased in this area with increasing desire for coastal development. Because of this, its sand barrier has developed quite unstable condition. Therefore, to identify the development process of geomorphologic changes in this area, required is a close examination on historical characteristics of spatiotemporal changes of the sand barrier in relation to surrounding seaside reclamation and physical environmental changes. This study, based on the marine charts published in between 1927 and 1995 year, analyzes the length and area of the sand barrier for the last hundred years, and investigates the cause of the changes by looking into the change of water depth for the last two years and doing ocean-physical site observations. In conclusion, the sand barrier of the Nakdong estuarine expands toward the open sea by 7.4~26 m in annual average, maintaining a fixed distance of 1,241~1.279 m, and its area is expected to increase about 2.8 k㎡ annually. This is characterized by the wocean wave from the open sea and the discharge of Nakdong River.

Wi-Fi 핑거프린트 기반 실내 이동 경로 데이터 생성 방법

윤창표(Chang-Pyo Yoon),황치곤(Chi-Gon Hwang) 한국정보통신학회 2021 한국정보통신학회 종합학술대회 논문집 Vol.25 No.1

최근, 실내 위치 기반 서비스에서 정확한 서비스를 위해 Wi-Fi 핑거프린트 기반의 딥러닝 기술을 이용한 연구가 이루어지고 있다. 딥러닝 모델 중에서 과거의 정보를 기억할 수 있는 RNN 모델은 실내측위에서 연속된 움직임을 기억할 수 있어 측위 오차를 줄일 수 있다. 이때 학습 데이터로서 연속적인 순차 데이터를 필요로 한다. 그러나 일반적으로 Wi-Fi 핑거프린트 데이터의 경우 특정 위치에 대한 신호들만으로 관리되기 때문에 RNN 모델의 학습데이터로 사용이 부적절하다. 본 논문은 RNN 모델의 순차적인 입력 데이터의 생성을 위해 클러스터링을 통한 영역 데이터로 확장된 Wi-Fi 핑거프린트 데이터 기반 이동 경로의 예측을 통한 경로 생성 방법에 대해 제안한다. Recently, researches using deep learning technology based on Wi-Fi fingerprints have been conducted for accurate services in indoor location-based services. Among the deep learning models, an RNN model that can store information from the past can store continuous movements in indoor positioning, thereby reducing positioning errors. At this time, continuous sequential data is required as training data. However, since Wi-Fi fingerprint data is generally managed only with signals for a specific location, it is inappropriate to use it as training data for an RNN model. This paper proposes a path generation method through prediction of a moving path based on Wi-Fi fingerprint data extended to region data through clustering to generate sequential input data of the RNN model.

북서태평양에 서식하는 살오징어(Todarodes pacificus) 계군 분석에 대한 고찰

김정연,문창호,윤문근,강창근,김경렬,나태희,최은정,이충일,Kim, Jeong-Yun,Moon, Chang-Ho,Yoon, Moon-Geun,Kang, Chang-Keun,Kim, Kyung-Ryul,Na, Taehee,Choy, Eun Jung,Lee, Chung Il 한국해양학회 2012 바다 Vol.17 No.4

This paper reviews comparison analysis of current and latest application for stock identification methods of Todarodes pacificus, and the pros and cons of each method and consideration of how to compensate for each other. Todarodes pacificus which migrates wide areas in western North Pacific is important fishery resource ecologically and commercially. Todarodes pacificus is also considered as 'biological indicator' of ocean environmental changes. And changes in its short and long term catch and distribution area occur along with environmental changes. For example, while the catch of pollack, a cold water fish, has dramatically decreased until today after the climate regime shift in 1987/1988, the catch of Todarodes pacificus has been dramatically increased. Regarding the decrease in pollack catch, overfishing and climate changes were considered as the main causes, but there has been no definite reason until today. One of the reasons why there is no definite answer is related with no proper analysis about ecological and environmental aspects based on stock identification. Subpopulation is a group sharing the same gene pool through sexual reproduction process within limited boundaries having similar ecological characteristics. Each individual with same stock might be affected by different environment in temporal and spatial during the process of spawning, recruitment and then reproduction. Thereby, accurate stock analysis about the species can play an efficient alternative to comply with effective resource management and rapid changes. Four main stock analysis were applied to Todarodes pacificus: Morphologic Method, Ecological Method, Tagging Method, Genetic Method. Ecological method is studies for analysis of differences in spawning grounds by analysing the individual ecological change, distribution, migration status, parasitic state of parasite, kinds of parasite and parasite infection rate etc. Currently the method has been studying lively can identify the group in the similar environment. However It is difficult to know to identify the same genetic group in each other. Tagging Method is direct method. It can analyse cohort's migration, distribution and location of spawning, but it is very difficult to recapture tagged squids and hard to tag juveniles. Genetic method, which is for useful fishery resource stock analysis has provided the basic information regarding resource management study. Genetic method for stock analysis is determined according to markers' sensitivity and need to select high multiform of genetic markers. For stock identification, isozyme multiform has been used for genetic markers. Recently there is increase in use of makers with high range variability among DNA sequencing like mitochondria, microsatellite. Even the current morphologic method, tagging method and ecological method played important rolls through finding Todarodes pacificus' life cycle, migration route and changes in spawning grounds, it is still difficult to analyze the stock of Todarodes pacificus as those are distributed in difference seas. Lately, by taking advantages of each stock analysis method, more complicated method is being applied. If based on such analysis and genetic method for improvement are played, there will be much advance in management system for the resource fluctuation of Todarodes pacificus. 본 종설논문은 살오징어의 기존 및 최근에 새롭게 적용되고 있는 계군 분석방법들을 비교 분석하여 각 분석방법의 장단점과 분석방법간의 상호보완에 대하여 고찰하였다. 살오징어는 북서태평양의 넓은 지역을 회유하는 어종으로 생태계 및 상업적으로 중요한 자원이다. 살오징어는 해양환경변화의 생물학적 지표로서의 가능성을 평가 받고 있으며, 장단기적인 어획량 및 분포역의 변화가 환경 변화와 함께 나타난다. 예를 들어, 1987/1988 무렵에 발생한 기후체제전환 이후 한류성 어종으로 분류되는 명태의 어획량은 급감하여 현재까지 그 영향이 지속되고 있는 반면, 살 오징어 어획량은 크게 증가하였다. 현재까지 명태 어획량의 감소에 대하여 남획과 기후변화에 초점이 맞추어진 해석이 있으나, 뚜렷한 원인 분석은 이루어지지 않고 있다. 그 이유 중 한 가지는 계군 분석에 근거한 생태, 환경적 측면에 대한 정확한 원인 분석이 이루어지지 않고 있는 것과 관련이 된다. 계군은 유사한 생물학적 특징을 가진 개체들이 제한된 영역 내에서 유성생식과정을 통하여 동일한 유전자 풀(gene pool)을 공유하는 집단으로, 동일 계군을 형성하는 개체들은 산란에서 자원으로 가입 후 다시 재생산 과정에 이르기까지 시간 및 공간적으로 각기 다른 환경의 영향을 받을 수 있다. 따라서, 종에 대한 정확한 계군 분석은 자원의 효과적인 관리 및 급격한 변화에 대한 중요한 대응 방안의 역할을 할 수 있다. 살오징어 계군 분석에 적용된 주요 방법은 크게 4가지로 형태학적 방법, 생태학적 방법, 표지방류법, 유전학적 방법이 있다. 형태학적인 방법은 분석방법이 가장 간단하고 다수의 개체를 비교적 쉽게 분석할 수 있지만 각 형질들은 성장기간 동안 환경에 의해 영향을 많이 받게 되어 개체간의 차이가 생긴다. 생태학적 방법은 주로 개체의 생리적인 변화와 분포 및 회유상태, 기생충의 기생상태나 종류 및 기생률 등을 분석, 산란장의 차이를 알아보는 연구이며, 현재 활발히 연구되고 있는 방법으로 유사한 환경에서 생활하는 집단을 알 수 있지만 유전적으로 같은 집단인지는 알기 어렵다. 표지방류법은 직접적인 방법으로 계군의 회유 및 분포, 산란장의 위치를 파악할 수 있지만 수거가 어렵고 초기 단계에는 표식을 하기 어렵다. 수산생물의 계군 분석을 위한 유전학적 방법은 자원관리학적 연구에 관한 기본적 정보를 제공해 왔다. 계군 분석을 위한 유전학적 방법은 이에 사용하는 유전자 마커(marker)의 감도에 따라 결정되며, 유전자 마커의 다형성이 높은 것을 선택해야 한다. 계군 분석을 위한 유전자 마커로는 오랜 기간 동안 동위효소 다형이 사용되어졌으며, 최근에는 mitochondria, microsatellite와 같이 DNA 염기배열 중에서도 변이성이 높은 영역을 선택하여 마커로 이용한 연구가 증가되고 있다. 기존의 형태학적 방법, 표지방류법, 생태학적인 방법들은 살오징어의 생활사, 회유경로, 산란장의 변화 등을 밝혀내어 계군을 파악하는데 많은 기여를 하였지만 여전히 각 해역에 분포하는 살오징어의 계군을 파악하기에는 어려움이 있다. 최근에는 기존의 계군 분석이 지닌 장단점을 비교 분석하여 복합적인 방법의 계군 분석이 이루어지며, 이러한 정보들을 바탕으로 유전학적 방법을 보완한다면 살오징어 자원의 변동에 대한 관리 방안을 마련하는데 도움을 줄 것이다.

만성 두부외상 환자에서 99mTc - HMPAO Brain SPECT의 임상적 유용성

서정호(Jung Ho Suh),김동익(Dong Ik Kim),정태섭(Tae Sub Chung),이종두(Jong Doo Lee),박창윤(Chang Yoon Park),정진일(Jin Ill Chung),김영수(Young Soo Kim) 대한핵의학회 1992 핵의학 분자영상 Vol.26 No.1

N/A Minima1 deterioration of cerebral perfusion or microanatomical changes were undetectable on conventional Brain CT or MRI. So evaluation of focal functional changes of the brain parenchyme is essential in chronic head injury patients, who did not show focal anatomical changes on these radiological studies. However, the patients who had longstanding neurologic sequelae following head injury, there had been no available imaging modalities for evaluating these patients precisely. Therefore we tried to detect the focal functional changes on the brain parenchyme using Tc-99m-HMPAO Brain SPECT on the patients of chronic head injuries. Twenty three patients who had suffered from headache, memory dysfunction, personality change and insomnia lasting more than six months following head injury were included in our cases, which showed no anatomical abnormalities on Brain CT or MRI. At first they underwent psychological test whether the symptoms were organic or not. Also we were able to evaluate the cerebral perfusion changes with Tc-99m-HMPAO Brain SPECT in 22 patients among the 23, which five patients were focal and 17 patients were nonfocally diffuse perfusion changes. Thus we can predict the perfusion changes such as local vascular deterioration or functional defects using Tc-99m-HMPAO Brain SPECT in the patients who had suffered from post-traumatic sequelae, which changes were undetectable on Brain CT or MRI.

Age-Associated Changes in the Vascular Renin-Angiotensin System in Mice

Yoon, Hye Eun,Kim, Eun Nim,Kim, Min Young,Lim, Ji Hee,Jang, In-Ae,Ban, Tae Hyun,Shin, Seok Joon,Park, Cheol Whee,Chang, Yoon Sik,Choi, Bum Soon Hindawi Publishing Corporation 2016 Oxidative medicine and cellular longevity Vol.2016 No.-

<P><I>Background</I>. This study evaluated whether the change in the renin-angiotensin system (RAS) is associated with arterial aging in mice.<I> Methods</I>. Histologic changes and expressions of transforming growth factor-<I>β</I> (TGF-<I>β</I>), collagen IV,<I> fibronectin</I>, angiotensin II (Ang II), angiotensin-converting enzyme (ACE), angiotensin-converting enzyme 2 (ACE2), angiotensin II type 1 receptor (AT1R), angiotensin II type 2 receptor (AT2R), prorenin receptor (PRR), Mas receptor (MasR), endothelial nitric oxide synthase (eNOS), NADPH oxidase 2 and oxidase 4 (Nox2 and Nox4), 8-hydroxy-2′-deoxyguanosine (8-OHdG),<I> 3-nitrotyrosine</I>, and superoxide dismutase 1 and dismutase 2 (SOD1 and SOD2) were measured in the thoracic aortas from 2-month-old, 12-month-old, and 24-month-old C57/BL6 mice.<I> Results</I>. Twenty-four-month-old mice showed significantly increased aortic media thickness and expressions of TGF-<I>β</I>, collagen IV, and fibronectin, compared to 2-month-old and 12-month-old mice. The expressions of PRR, ACE, and Ang II, and AT1R-positive area significantly increased, whereas expressions of ACE2 and MasR and AT2R-positive area decreased with age. The expressions of phosphorylated serine<SUP>1177</SUP>-eNOS, SOD1, and SOD2 decreased, and the 8-OHdG-positive area and the 3-nitrotyrosine-positive area increased with age. The expression of Nox2 significantly increased with age, but that of Nox4 did not change.<I> Conclusions</I>. The enhanced PRR-ACE-Ang II-AT1R axis and reduced ACE2-MasR axis were associated with arterial aging in mice. </P>

평행봉 몸 굽혀 2회전 뒤 공중 돌아 내리기 동작의 국면별 운동학적 분석

윤창선,강대식 한국스포츠리서치 2003 한국 스포츠 리서치 Vol.14 No.3

This thesis has an aim to examine the influence on landing of successful salto by the difference of athletic factors of salto backward tucked dismount on the parallel bars. This thesis analyzed six national representative players dividing them into the skill group (G1) who got more than 9.5 point and the unskilled group (G2) who got less than 9.5 point based on the average point by four international referees utilizing three dimensional image analyses photographed with video camera, and it got the conclusion of the athletic factors dividing into each aspect as followings. 1. As for the time spent by the groups when the thesis divided them into each aspect, G1 spent more time than G2. It's because G1 acted in stability at the moment of staying in the space and landing as it spent much time in the space with fast down swing and release, but G2 on the contrary, acted fast at the moment of space of four aspects with slow down swing and release. And its landing was unstable at the movement of low height. 2. As for the positional change in each aspect, the parallel position of G2 increased than that of G1, and the increased parallel position made the unstable salto and landing . As for the change of vertical position, at the time of down swing in the first aspect, what G1 acted at the low position of the second aspect at the high position seemed to be an act to release fast falling the high joint down, and it made salto high and made landing stable. 3. As for speed change of high joint in each aspect, G1 acted with fast horizontal speed generally at the time of release, aspect of space, and aspect of landing because of right horizontal speed at the time of down swing, and it seemed to be an act to get rotary power of double salto. As for the vertical speed, G1 acted with a much more vertical speed than G2 in four aspects with a big up-down movement by the fast vertical speed at the time of down swing and release. It means that G1 acted fast with a fast vertical speed of the high joint to get the height to stay in the air. 4. As for the change of the angle of the high joint in each aspect, G1 acted a bigger down swing and release than G2 utilizing the stretched body of the high joint at the time of down swing and release. As for change of angle of shoulder, G1 acted down swing with the shoulder joint accessed nearer than G2 to the body. At the time of down swing, it acted with a big angle of shoulder joint to stretch high shoulder at the time of swing. In addition to it, at the time of release, G2 escaped from the hand more slowly than G1 because of big angle. It made the movement of space and landing movement unstable. 5. As for change of angular speed in each aspect, G1 acted with a fast high joint down swing from the start to the first aspect. It acted with a slow speed of the angle stretching the high joint in the second and the third aspect so that it could get fast angular speed in the forth and the fifth aspect. As for the change of shoulder joint, G1 acted with a fast angular speed in the aspect of space and that of landing movement by the fast speed of shoulder joint at the time of release. In addition to it, fast angular speed of the shoulder joint in the release aspect of space made the rotary power of double salto.

정상 및 재생간의 Cytosol이 흰쥐의 대사기능에 미치는 영향

윤창식,손기섭 충남대학교 의과대학 지역사회의학연구소 1987 충남의대잡지 Vol.14 No.2

Extensive hepatic resection for massive injury and malignant tumor of liver has been markedly increased during past a few decades. Liver regeneration has been shown following partial hepatectomy by many authors with clinical and experimental studies, and considerable experiments have done to find out what is the real property of restoration, when it initiates, when it is most active and when it terminates after partial removal of liver, but still it is uncertain. The purpose of this paper is to provide to focus on the metabolic function, biochemical changes, following administration of cytosol extract from normal and regenerating livers in the normal and partially hepatectomized liver in rats. The results of this experimental study were summerized as follows: 1. The values of SGOT were increased remarkably in all groups (P<0.01). 2. The values of SGPT were elevated significantly in all groups as high as four times or six and a half times (P<O.01). 3. The values of glucose were seen considerably increasing rate in all groups except I -B, II -B, III-B and I.-D. Group I and II were seen very significant changes statistically as P<0.01 and group III were seen considerable change as P<0.05. 4. The values of BUN were seen considerable changes in group II only (P<0.05). 5. The values of total bilirubin were seen very remarkable changes in group II only (P<0.01). 6. The values of total protein were revealed very significant decreasing rate in group I and group II (P<0.01). 7. The values of alkaline phosphatase and albumin were revealed no significant changes in all groups. 8. The group II were revealed most significant changes. It was supposed that maximum response after partial resection of liver was seen at 12 hours in the rat.