Vein Institute – D’Iberville
3950 Promenade Parkway, Ste E
D'Iberville, MS 39540
Driving from Bay St. Louis: approx. 34 mi (about 40 min)
If you live in Bay St. Louis, MS and you're dealing with symptoms of vein disease, the Vein Institute offers reticular vein treatment close to home. Our nearest office to Bay St. Louis is in D’Iberville, where Dr. J. Keith Thompson and our clinical team diagnose and treat vein conditions using modern, minimally invasive methods.
Treatment for the small- to medium-sized feeder veins beneath the skin that often contribute to visible spider veins.
Reticular veins are the small- to medium-sized bluish veins that sit just beneath the skin and often feed into surface spider veins. The Vein Institute treats reticular veins the way it treats spider veins and small varicose veins — most often with sclerotherapy — so the underlying feeder vein is addressed rather than just the spider veins on the surface.
Read more on our main Reticular Veins page.
Bay St. Louis patients often come to the Vein Institute with one or more of these symptoms or questions about reticular veins:
At your consultation, you'll meet with your provider to talk through your symptoms and history. If an ultrasound is needed to map the affected veins, our Certified Vascular Sonographer can often perform it during the same visit, and you'll be given a treatment plan based on the results.
As with sclerotherapy for spider veins, there is little to no downtime, and most patients wear compression garments for a period after treatment.
From Bay St. Louis, our D’Iberville office is approx. 34 mi (about 40 min). We built the Vein Institute around a simple idea: patients deserve a comfortable, one-on-one conversation with their provider, not a rushed appointment. That's the experience Bay St. Louis patients can expect at D’Iberville.
Our clinical team includes a double board-certified vascular surgeon, a Certified Vascular Sonographer with more than 18 years of vein ultrasound experience, and a Nurse Practitioner trained directly by Dr. Thompson in sclerotherapy — all focused exclusively on vein care.
Bay St. Louis is approx. 34 mi (about 40 min) from our D’Iberville office at 3950 Promenade Parkway, Ste E, D'Iberville, MS 39540. Many Bay St. Louis patients combine their consultation and ultrasound into a single trip.
3950 Promenade Parkway, Ste E
D'Iberville, MS 39540
Driving from Bay St. Louis: approx. 34 mi (about 40 min)
In addition to Bay St. Louis, our D’Iberville office regularly sees patients from Long Beach, MS, Gulfport, MS, Biloxi, MS, D’Iberville, MS. Wherever you're coming from, the goal is the same: a comfortable visit and a clear treatment plan.
Reticular veins are most often treated with sclerotherapy, the same approach used for spider veins and small varicose veins.
Sclerotherapy can cause minimal discomfort, but most patients find it very tolerable given the results.
Coverage depends on your specific plan and whether the treatment is considered medically necessary. Our office can help answer insurance questions before your visit.
Our D’Iberville office is approx. 34 mi (about 40 min) from Bay St. Louis. It's the closest of our three South Mississippi locations to Bay St. Louis patients.
Yes. We regularly see new patients from Bay St. Louis and the surrounding area at our D’Iberville office. Your first visit includes a consultation with your provider and, often, an in-office ultrasound.
Take the next step toward healthier legs. Bay St. Louis patients can schedule an appointment at our D’Iberville office or call (228) 200-9449 to speak with our team.
Important Disclaimer: This page is for general educational purposes and is not a substitute for professional medical advice, diagnosis, or treatment. Symptoms described here can overlap with many other health conditions, and only a qualified healthcare provider can assess your situation through an in-person exam and testing, such as an ultrasound. If you're experiencing leg pain, swelling, skin changes, or non-healing sores, please contact our office to schedule a consultation.