Before & After Gallery

In Dallas, TX, Dr. William P. Adams, Jr., performed a breast enlargement on a 31 year old female patient.  Dr. Adams used saline breast implants slightly overfilled. Overfilling can sometimes reduce rippling in saline breast implants, especially for women with little breast tissue like this patient. These Mentor implants were rated for 240 cc’s but were overfilled to 270 cc’s.  The

After discussing what type of result this patient wanted, Dr. Adams decided to use Natrelle’s cohesive gel implants, also known as gummy bear implants.  The 310 cc implants were a perfect size to create a natural, fuller look for this patient. What distinguishes cohesive implants is that the silicone gel is firmer, essentially a soft

This 29 year old patient of Dr. William P. Adams came to his Dallas,TX practice to learn about breast augmentation.  After careful discussion, she elected to proceed with the surgery. Dr. Adams used Mentor saline implants. He filled the left breast implant slightly more than the right to achieve a symmetrical result on the patient.  He used dual plane placement,

In the Dallas, TX area, Dr. William P. Adams is one of the few plastic surgeons using the new “gummy bear” implants.  Dr. Adams and this patient decided on Natrelle’s cohesive gel implants for the surgery in order to achieve a natural look and feel.  Not wanting to go overly large, they decided a

Dr. William P. Adams, Jr., a well known Dallas, TX plastic surgeon, selected Mentor’s cohesive gel implants for this breast augmentation patient.  These implants are more popularly known as “gummy bears.”  This was a great choice to achieve a natural looking result.  The implant size was 245 cc’s.  The size seemed

This 38 year old female patient had a breast augmentation procedure done for her by plastic surgeon Dr. William P. Adams, Jr. of Dallas, TX. The 38 year old woman was curious about the options she could take to increase her current breast size so she set up a consultation with Dr. Adams. Dr. Adams used 315cc silicone based breast