Dr. Hollander continues to impress the community as one of the most advanced vascular specialists in New Jersey. His medical foothold spans many years in multiple locations, treating peripheral artery disease, dialysis access, deep and superficial veins, and other vascular issues. Dr. Hollander is conveniently located in Vineland, Cumberland County, NJ. Dr. Hollander has offices close to Philadelphia, Cape May, Avalon, Ocean City, Atlantic City, Egg Harbor, Millville, Bridgeton, Salem, Glassboro, Hammonton, Swedesboro, Deptford, Cherry Hill, Camden, Toms River and Trenton.
Experienced in vascular procedures and Interventional Radiology (IR)!
Dr. Hollander received his Medical Degree from the New York Institute of Technology, and then served his Diagnostic Radiology residency at Columbia University Medical Center. After Columbia, he completed his fellowship in the Vascular Interventional Radiology department of Yale-New Haven Hospital in Connecticut.
Cutting-edge technology that decreases risk and ensures a higher procedural success rate!
A national leader in the use of intravascular ultrasound, Dr. Hollander can now treat those with deep venous disease - helping patients with symptoms including painful leg swelling and venous leg ulcers.
Check out the Saving Limbs Foundation, founded by Dr. Scott Hollander!
Dr. Hollander utilizes advanced medical technologies to repair leg arteries from the inside (catheterization), restoring flow to the feet and preventing the need for bypass surgery and/or amputation.
Providing an array of vascular services to keep patients alive with increased longevity!
If you are a dialysis patient with arm or leg access, Dr. Hollander can maintain your life line and treat your symptoms relating to a failing access - keeping your arm or neck swelling, pain and dysfunction to a minimum.
Thank you Doctor for your care and treatment. After you did my procedure on my right leg I now have less pain and I am able to walk farther than before. Thank you.
Great doctor and staff. Had a stubborn wound that wouldn't heal he operated and now its all but gone. Would HIGHLY recommend.
I suffered from pain in my left leg no pain medication would take the pain away. This was ongoing for a few years. My primary doctor referred me to Dr.Hollander and an ultrasound was done which revealed a blockage and a stent was put in my groin area. Ever since then my pain has gone and i feel great. Im thankful for Dr. Hollander and his professional staff. The procedure and process was very easy & painless. Im so glad i found Dr. Hollander!
Dr. Scott Hollander, is an expert in minimally invasive vascular procedures. He is a Yale trained Peripheral Vascular Interventional Radiologist specializing in peripheral arterial and venous disease as well as dialysis access maintenance. Dr. Hollander is dedicated to limb salvage; helping those with leg or foot pain, leg or foot ulcers, painful leg swelling, painful varicose veins, life threatening blood clots, recurrent leg infections, and sparing those from arterial bypass surgery and/or amputations. His attention to detail and insurmountable care for his patients makes him a staple in the field of vascular medicine. Dr. Hollander uses minimally invasive endovascular techniques to treat many vascular problems that could unfortunately shorten lifespan and even lead to death if left untreated.Read More
Dr. Dennis Kwon is a Vascular Specialist and an expert in minimally invasive procedures. He graduated from and trained at Hospital of the University of Pennsylvania and Mount Sinai Hospital in NYC where he specialized in peripheral arterial and venous disease. His practice focuses on complex arterial and venous diseases that cause leg pain, leg swelling, foot ulcers, and varicose veins. He often sees and treats patients who are referred to him for a “second opinion” due to the complexity of the disease. Dr. Kwon also focuses on women’s health – treatment of uterine fibroids, heavy or irregular bleeding, and pelvic pain. He has extensive experience with Uterine Fibroid Embolization (UFE), a minimally invasive procedure to treat fibroids without the need for surgery. In using endovascular techniques to treat many vascular problems, his patients receive such benefits as no hospital stays and significantly faster recovery times.Read More
Leading Interventional Radiologist and advocate for patient success, Dr. Hollander discusses arterial and vein disease along with dialysis access management.
Podcast by Vascular Specialist Dr. Scott Hollander discussing Peripheral Arterial Disease (PAD) including its diagnosis, treatment and management. For patients with diabetes, leg pain with walking or at rest, prior bypass surgery or amputation or poorly healing leg or foot ulcers including diabetic foot ulcers. Minimally invasive procedure providing an option that can dramatically improve quality of life and save limbs.
Peripheral arterial disease (PAD) is a manifestation of systemic atherosclerosis that is common and is associated with an increased risk of death and ischemic events, yet may be underdiagnosed in primary care practice.
To assess the feasibility of detecting PAD in primary care clinics, patient and physician awareness of PAD, and intensity of risk factor treatment and use of antiplatelet therapies in primary care clinics.
Now that non-thrombotic iliac vein lesions (NIVLs) are more frequently recognised on modern imaging modalities, they are beginning to trigger a paradigm shift in standard vein work whereby there is now increasing emphasis on making sure that these patients do not have significant deep venous obstruction which must be taken into account when planning treatment.
In a study comparing multiplanar venography to intravascular ultrasound (IVUS) for diagnosing common or external iliac and common femoral vein stenosis, IVUS imaging was found to change both the treatment plan in 60/100 patients and the number of stents placed in 50/100 patients. Presenter Paul Gagne (Darien, USA) maintained that “without IVUS, iliofemoral vein occlusive disease would have been undertreated in the majority of patients studied.
The content of this video presentation was independently prepared. The opinions expressed herein are those of the presenter and are not necessarily indicative of the views of any other party, nor are they intended to reflect the proposed intended use or performance of the technology discussed herein.