With over 25 years in practice as an internal medicine specialist and aesthetic practitioner, Afia Naqvi, MD, is a trusted practitioner for health, wellness, and modern skin care services. Dr. Naqvi welcomes clients to Rénove Medical Spa, a state-of-the-art medical aesthetics clinic located in Kingwood, Texas.
After earning her Doctor of Medicine from the Army Medical College National University of Medical Sciences. She completed her internal medicine residency training through Wright State University Kettering Medical Center and Good Samaritan Hospital in Dayton, Ohio.
Since Dr. Naqvi has a passion for staying in-the-know with advancements in medical aesthetics and wellness solutions, she went on to gain additional credentials. Dr. Naqvi is triple board-certified through the American Board of Internal Medicine, the American Academy of Aesthetic Medicine, and through the American Board of Regenerative Medicine.
Throughout her career, Dr. Naqvi has served in several prestigious health care positions, gaining extensive experience in weight loss, hormone balancing, and disease prevention through nutrition. She even previously worked as the medical director of Diabetes Care Center at Community Hospital Anderson, Indiana.
Dr. Naqvi’s ideology is to provide the best possible customer service and client satisfaction. She always treats every individual the same way she would treat her own family members. Dr. Naqvi believes that medical aesthetics is more of an art than a science and takes tremendous pride in the services she offers.
"Amazing, the best medical spa I have been to in the Houston area. Dr. Naqvi is highly knowledgeable in all aspects and very personable. Highly recommend!"
"I was looking for a laser treatment on my legs and they were quick to book my first appointment and follow ups until I was happy with my results."
"I came to get microneedling and had a great experience. Staff is very friendly and the atmosphere is wonderful."
"By far the best Medical Spa in Houston area. Board Certified Physicians offering state of the art procedures."