Loma Linda University Medical Center

Edit profile
Loma Linda University Medical Center
Loma Linda University Medical Center ( LLUMC) is a teaching hospital on the campus of Loma Linda University in Loma Linda, California, United States. The medical center serves as a level I trauma center for San Bernardino County and the rest of the Inland Empire. It is one of two closest trauma centers for those who have accidents on I-15 or I-40. UMC in Las Vegas, Nevada is the other closest trauma center. The hospital has two helipads for use by an air ambulance or other helicopter medical transport. However, personal use of the helipad by employees of the hospital or any of the other LLUAHSC entities is not allowed. The main tower of the center was built in 1967 and is 11-stories high. It is one of the tallest buildings in the Inland Empire. Because of its height and white coloration, it is possible to view the main hospital building from various locations around the San Bernardino valley and mountains. The hospital is currently undergoing a seismic upgrade project. Loma Linda University Medical Center made international news on October 26, 1984, when Dr. Leonard L Bailey transplanted a baboon heart into Baby Fae, an infant born with a severe heart defect known as left hypoplastic heart. Unfortunately, Baby Fae died a few weeks later. However, this effort led to the successful infant heart transplant program, with transplantation of human-to-human infant transplants. LLUMC is home to the Venom E.R., which specializes in snake bites.

Loma Linda University Children's Hospital
Loma Linda University Children’s Hospital is the sole children’s hospital for almost 1.3 million of California’s youth (San Bernardino, Riverside, Inyo,and Mono Counties). With over 275 beds just for kids, the American Board of Surgeons has designated Children’s Hospital as a Level 1 Trauma Center, providing the highest level of trauma care within the Inland Empire four-county area. Each year, more than 15,000 children stay at the hospital and over 130,000 children visit the hospital for ambulatory care. The only medical facility in the Inland Empire specializing in the care of children, Children’s Hospital transports over 1,100 critically ill or injured children each year from surrounding hospitals.

Loma Linda University
LLUMC is affiliated with Loma Linda University, which includes schools of medicine, nursing, pharmacy, dentistry, allied health, religion, public health, and science and technology.

The James M. Slater Proton Treatment and Research Center
The James M. Slater Proton Treatment and Research Center at Loma Linda University Medical Center (LLUMC) offers proton therapy treatments for prostate, lung, brain and other types of cancers. This center is the nation's first hospital-based proton treatment center. Since its opening in 1990 over 14,500 patients have been treated. Through a multidisciplinary approach, teams of experts including radiation oncologists, nurses, technicians and staff treat patients with care to ensure they experience fewer side effects and better outcomes with the power and precision of proton therapy. Proton radiation treatment differs from standard radiation therapy. If given in sufficient doses, conventional radiation therapy techniques will control many cancers. Because of the physician's inability to adequately conform the (conventional) irradiation pattern to the cancer, healthy tissues may be damaged with radiation. Consequently, a less-than-desired dose frequently is used to reduce damage to healthy tissues and avoid subsequent unacceptable side effects. The characteristics of proton beam therapy enable the physician to deliver full or higher doses while sparing surrounding healthy tissues and organs. Proton treatment is notably valuable for treating localized, isolated, solid tumors before they spread to other tissues and to the rest of the body. Using high-energy protons for medical treatment was first proposed in 1946. Protons were first used to treat patients with certain cancers less than 10 years later. Research and laboratory applications increased rapidly in the next three decades. It was not until the opening of the James M. Slater Proton Treatment and Research Center at Loma Linda University Medical Center in 1990, however, that the full benefits of proton treatment could be offered to patients with a wide variety of cancers. The synchrotron was invented in the 1950s to produce higher-energy particles for studying subnuclear matter. Much of that work was done at the U.S. Department of Energy's Fermi National Accelerator Laboratory ( Fermilab). Fermilab physicists and engineers built the proton accelerator that exists at Loma Linda University Medical Center today. LLUMC's accelerator is the world's smallest variable-energy proton synchrotron. It is designed to deliver a beam of energy sufficient to reach the deepest tumors in patients.

Heart & Surgical Hospital
In May 2008, it was announced that LLUMC had been in talks since December and had finalized a buyout of the 28-bed California Heart and Surgical Center (CHSC) located approximately two miles east of the main campus on the border of Loma Linda and Redlands, CA. This was a marked departure of their previous position of opposition to the facility when it was first proposed in 2005. The CHSC would have been a for-profit facility while the LLUMC is a non-profit facility and it was feared by area hospitals, including Loma Linda, that the CHSC would take all the paying patients. However, Loma Linda finalized the construction and furnishing of the center and in January 2009, they received state approval to open and begin operations at the Heart & Surgical Hospital. The daVinci Robot that was operated at the Medical Center to perform minimally invasive robotic surgeries was moved to the Surgical Hospital. There are also plans to install a second.

Seismic Upgrade Project
The main hospital building is currently undergoing a seismic upgrade project. It is being headed by Turner Construction Company of New York, NY. The project includes reinforcing the main building to bring it up to more modern standards.

Building Activity

  • Alex Hammond
    Alex Hammond commented
    about 6 years ago via Mobile
  • removed a media
    about 6 years ago via OpenBuildings.com