專業人才 > 外科學 | 組織工程 | 小腸再生醫學及腹膜透析醫學

卓世川 , M.D.,Ph.D.
單位: 基隆長庚紀念醫院 / 長庚大學
職稱: 一般外科主治醫師 / 中醫系副教授
聯絡地址: 基隆市安樂區麥金路222號
電話: 02-24313131 轉:2625 傳真: 02-24332655
E-mail: jowsc@adm.cgmh.org.tw

研究領域:
  • 外科學
  • 組織工程
  • 小腸再生醫學及腹膜透析醫學
工作經歷:

基隆長庚紀念醫院/一般外科/主治醫師


學歷:

國立陽明醫學大學醫學系
國立海洋大學 生命科學院 生物科技研究所博士

殊榮:
1) 1993年發表於Hepatology之文獻曾得當年國科會研究獎助費,且編入國科會論文選輯中。
2) 1997年曾得武田獎學金赴日研修6個月。
3) 2009 年3月獲頒台灣消化系外科醫學會優秀論文獎第三名。

代表論文:
  1. Shyh-Chuan Jwo, Jen-Hwey Chiu, Koon-Kwan Ng, Huang-Yang Chen. Intestinal Regeneration by a Novel Surgical Procedure. Br J Surg 2008; 95: 657-663. {SCI}
  2. Shyh-Chuan Jwo, Kuo-Su Chen, Chin-Chan Lee, Huang-Yang Chen. Prospective Randomized Study for Comparison of Open Surgery with Laparoscopic-assisted Placement of Tenckhoff Peritoneal Dialysis Catheter–A Single Center Experience and Literature Review. J Surg Res 2010 Mar; 159(1): 489–496. {SCI}
  3. Shyh-Chuan Jwo. Removal of a self-knotted feeding jejunostomy tube in a patient with tongue base cancer. Int J Oral Maxillofac Surg 2010 Sep; 39(9): 922–924. {SCI}
  4. Shyh-Chuan Jwo, Shye-Jye Tang, Jim-Ray Chen, Kun-Chun Chiang, Ting-Shou Huang, Huang-Yang Chen. A novel model for simultaneous study of neointestinal regeneration and intestinal adaptation. Wound Repair Regen 2013 Mar-Apr; 21(2): 309–319. {SCI}
  5. Shyh-Chuan Jwo, Chu-Hua Chiu, Shye-Jye Tang, Ming-Fa Hsieh. Tubular Scaffolds of Gelatin and Poly(ε-caprolactone)-block-Poly(γ-glutamic acid) Blending Hydrogel for the Proliferation of Primary Intestinal Smooth Muscle Cells of Rat. Biomedical materials 2013 Dec; 8(6): 065002 (14pp). {SCI}


所有論文著作一覽表

學會與認證:

外科醫學會
消化系外科醫學會
乳房醫學會
醫用超音波醫學會
內視鏡外科醫學會


目前進行中研究計畫:
1) The study of neointestinal regeneration using an autologous intestinal smooth muscle cells-seeded tubular scaffold fabricated by gelatin and poly (ε-caprolactone)-block-poly (γ-glutamic acid) composite hydrogel.
2) Further researches of neointestinal regeneration in functional study, large animal, growth enhancement and signal investigation using a novel surgical model (2/3).
3) Identification of novel approaches for improving neointestinal regeneration efficiency in rats using microarray and miR-Seq data (1/2).