Our vascular ultrasound services provide advanced, non-invasive diagnostic imaging to evaluate the health of blood vessels, arteries, and veins. Using high quality ultrasound technology, we offer excellent resolution imaging that helps detect and monitor vascular conditions such as deep vein thrombosis (DVT), arterial blockages, aneurysms, and varicose veins.

Our team is devoted to delivering the highest level of patient care, ensuring that every individual receives personalized attention and treatment tailored to their needs. We also understand the importance of making healthcare accessible, which is why we work hard to keep our services affordable without compromising on quality. Our commitment is to provide exceptional care at prices that are fair, transparent, and within reach for all of our patients.

Chanel Johnson and Darnita Jackson are both accomplished professionals in the field of vascular sonography, combining years of experience with a strong dedication to their families and careers. Chanel, with 13 years of expertise, has proven her leadership abilities, particularly during her 9 year tenure supervising the vascular lab at Emory Decatur Hospital. Her outstanding contributions led to her being entrusted with overseeing multiple vascular labs within the system. In addition to her clinical accomplishments, Chanel earned a Doctorate in Public Health from Capella University, further enhancing her qualifications.

Darnita Jackson, with 10 years of experience as a registered vascular sonographer, is currently working toward earning her Bachelor’s degree in Vascular Sonography. Alongside her professional pursuits, Darnita, like Chanel, is committed to her family and brings a wealth of knowledge and skill to their joint endeavor.

Together, Darnita and Chanel’s goal is to create a platform for educating and training future vascular ultrasound professionals. With their combined expertise and shared passion, Chanel and Darnita are poised to make a significant impact on the field and contribute to its continued growth.