The Mission and Collaboration

Today the Surgical Research Laboratory serves as a core facility to centralize research projects and facilitate collaboration between surgeons representing their respective divisions. Our group consists of members specializing in Aneurysm Biology, Bariatric Surgery, Cardiac Surgery, Minimally Invasive Surgery, Robotic Surgery, and Vascular and Endograft Surgery. We also collaborate with many other SLRHC hospital departments including the Departments of Pathology, Pulmonology, and Cardiology. Projects also include alliances with researchers at the Columbia College of Physicians and Surgeons. The Research laboratory is conveniently located across the street from the Columbia University Undergraduate Campus.

Clinical and Basic Science Collaboration

A portable animal intensive care unit is seen in the background of test tubes marked with inflammatory markers for tumor research.The capabilities of the surgical team for clinical research are augmented by the proximity of the St. Luke's space to medical researchers as well as the Columbia facilities across the streetA portable animal intensive care unit is seen in the background of test tubes marked with inflammatory markers for tumor research.The capabilities of the surgical team for clinical research are augmented by the proximity of the St. Luke's space to medical researchers as well as the Columbia facilities across the street.

Research Fellows

 

Two surgical residents are chosen each year after completing their PGY-3 training to perform a research fellowship. One or both residents will stay on at the labs at St Luke's-Roosevelt to continue both clinical and basic science projects. In addition to the many staff attendings and fellows who facilitate projects in their respective fields, there is also one full-time employee and often at least one pre-medical student who complete the group. Our facilities are located at St. Luke's Hospital in the S&R building on the 11th floor and include a chemistry lab, cell-culture room, two inanimate training labs, an operating room that accommodates large animal experiments, as well as office space and an adjoining conference room with teleconferencing and video-recording capabilities.

Operating and Endoscopic Capabilities

The operating facilities on the surgical research floor have full laparoscopic and endoscopic capabilities. A wide variety of experiments have evaluated everything from Natural Orifice Endoscopic Surgery to different operative approaches for hernia repair. Training modules are available for resident teaching. The operating facilities on the surgical research floor have full laparoscopic and endoscopic capabilities. A wide variety of experiments have evaluated everything from Natural Orifice Endoscopic Surgery to different operative approaches for hernia repair. Training modules are available for resident teaching.

  • Colon

    The colon has bacteria which helps break food down; it is shorter than the small intestine but has a larger diameter.

  • Pancreas

    The pancreas is a gland that is a part of the digestive system as well as a hormone system that regulates sugar.

  • Gallbladder

    The concentrated bile stored in the gallbladder is released when fatty foods enter the small intestine.

  • Stomach

    The stomach is a muscular sac that is important for absoring food and preparing food for further digestion

  • Liver

    The liver produces bile and is the first stop for the majority of the nutrients that are absorbed during digestion.

  • Omentum

    The omentum is another word for the fatty layer that surrounds your internal organs.

  • Intestine

    The small intestine is the location in the body where the majority of the nutrients from ingested food are absorbed.

  • Duodenum

    The duodenum plays an important role in regulating the emptying of stomach contents into the rest of the small intestine.