South Valley Vascular began when Dr. Campbell moved to Visalia in 2005 to start a vascular surgery practice. His goal was simple: to build a medical practice specializing in the care of the patient with vascular disease. Dr. Campbell’s practice grew significantly, and in 2007, he was joined by Dr. Araim. As the practice continued to grow, Drs. Campbell and Araim formed South Valley Vascular Associates in 2011. As the practice grew, we saw the need for specialized vascular care in other nearby communities, such as Hanford, Exeter and Porterville. In 2013, Dr. Mack joined South Valley Vascular, and the practice has continued to grow since then.
South Valley Vascular provides vascular surgery services at all local hospitals including Kaweah Delta Medical Center, Adventist Medical Center in Hanford, Sierra View District Hospital in Porterville, and Tulare Regional Medical Center in Tulare. Our main office is located in Visalia, and we recently opened our new office in Porterville. In addition, our doctors staff clinics in Hanford, Exeter, Tulare and Selma. As our practice continues to grow, we will continue to work with our local clinic networks to establish locations that are convenient for our patients.
They are ugly, blue or purple veins that look like twisted or bulging cords. Leg veins are most affected by varicosity. They are a cosmetic issue and may become a medical issue.
PAD is a disease of the arteries of the legs. It is common, affecting 20% of people over the age of 65. When blood vessels in the legs become blocked with fatty deposits circulation is obstructed.
Carotid artery disease is atherosclerosis (hardening of the arteries) causing the carotid arteries to narrow or become blocked, which may cause a stroke. This is a serious, life-threatening condition.
Dialysis Access Care is the vascular creation and care of your vascular access for dialysis. It makes life-saving dialysis possible. A vascular surgeon surgically creates an arteriovenous fistula to allow the body to remove and return blood during dialysis.