PROCEDURE: Fat Transfer - Breasts

PATIENT #: 20201109

GENDER: Female

ETHNICITY: Caucasian

AGE: 61-65

PROCEDURE: Fat Transfer - Breasts

At HOGUE CLINICS, Dr. Hogue uses innovative, autologous fat transfer processing and fat injection techniques when performing a Breast Augmentation Fat Transfer procedure. To create micro-fragmented adipose tissue particles to inject into the breasts, Dr. Hogue uses the PRISM PARTICLE SIZER medical device. The revolutionary PRISM PARTICLE SIZER device creates precision-sized adipose tissue clusters optimally-sized […] Read More

PATIENT #: 20201109

GENDER: Female

ETHNICITY: Caucasian

AGE: 41-50

PROCEDURE: Fat Transfer - Breasts

At HOGUE CLINICS, Dr. Hogue uses innovative, autologous fat transfer processing and fat injection techniques when performing a Breast Augmentation Fat Transfer procedure. To create micro-fragmented adipose tissue particles to inject into the breasts, Dr. Hogue uses the PRISM PARTICLE SIZER medical device. The revolutionary PRISM PARTICLE SIZER device creates precision-sized adipose tissue clusters optimally-sized […] Read More

PATIENT #: 20200527

GENDER: Female

ETHNICITY: Caucasian

AGE: 31 - 35

PROCEDURE: Fat Transfer - Breasts

At HOGUE CLINICS, Dr. Hogue uses innovative, world-class autologous fat transfer (fat grafting) techniques including processing the liposuction-harvested adipose tissue with the PRISM PARTICLE SIZER medical device (invented by Dr. Hogue) to create micro-precision adipose tissue clusters, which are optimally-viable for survival at the graft recipient site. The fat harvesting and transfer procedure is performed […] Read More

PATIENT #: Case# 5001

GENDER: Female

ETHNICITY: Caucasian

AGE: 51-60

PROCEDURE: Fat Transfer - Breasts

At HOGUE CLINICS, Dr. Hogue uses innovative, world-class autologous fat transfer (fat grafting) techniques including processing the liposuction-harvested adipose tissue with the PRISM PARTICLE SIZER medical device (invented by Dr. Hogue) to create micro-precision adipose tissue clusters, which are optimally-viable for survival at the graft recipient site. The fat harvesting and transfer procedure is performed […] Read More