Abstract :
Assisted reproductive technologies, specifically
in vitro fertilization (IVF), have revolutionized fertility
treatments, offering hope to couples facing challenges in
conceiving naturally. Within the context of IVF, Human
Menopausal Gonadotropin (hMG) plays a crucial role in
ovarian stimulation, promoting the development of
multiple follicles and increasing the likelihood of
successful oocyte retrieval. However, the impact of age on
the ovarian response to hMG stimulation is well-
documented, with aging women often exhibiting altered
patterns of follicular growth and hormonal dynamics.
Advanced maternal age is associated with a decline in
ovarian reserve and diminished oocyte quality, potentially
influencing the outcomes of IVF cycles. This study aims to
fill this knowledge gap by meticulously investigating how
age influences ovarian response during IVF cycles with
hMG, providing valuable insights to inform personalized
and optimized fertility treatment protocols for women
across different age groups. Retrospective analysis of 113
women aged 26-45 undergoing IVF with hMG at selected
site in period of 3 months. Extracting relevant data from
patient records, including age, baseline hormones,
stimulation details, AFC count, and oocyte retrieval. The
obtained data was analysed by descriptive analysis
(ANOVA) using Ms excel. An overview of the oocyte yield
for every age group may be seen in the average total
oocyte count. According to the data, the mean number
gradually decreases with age, which is consistent with
aging-related decreases in follicular response and ovarian
reserve. The study shows that the 26-30 age group had the
highest number of oocytes while oocyte Numbers in the
age groups of 31–35, 36–40, and 41–45 indicate a
consistent age-related drop in the total oocyte retrieval
count. This reduction occurs as a result of aging-related
declines in ovarian reserve and follicular quality, which
lessen the ovarian response to stimulation during IVF
treatment.
Assisted reproductive technologies, specifically
in vitro fertilization (IVF), have revolutionized fertility
treatments, offering hope to couples facing challenges in
conceiving naturally. Within the context of IVF, Human
Menopausal Gonadotropin (hMG) plays a crucial role in
ovarian stimulation, promoting the development of
multiple follicles and increasing the likelihood of
successful oocyte retrieval. However, the impact of age on
the ovarian response to hMG stimulation is well-
documented, with aging women often exhibiting altered
patterns of follicular growth and hormonal dynamics.
Advanced maternal age is associated with a decline in
ovarian reserve and diminished oocyte quality, potentially
influencing the outcomes of IVF cycles. This study aims to
fill this knowledge gap by meticulously investigating how
age influences ovarian response during IVF cycles with
hMG, providing valuable insights to inform personalized
and optimized fertility treatment protocols for women
across different age groups. Retrospective analysis of 113
women aged 26-45 undergoing IVF with hMG at selected
site in period of 3 months. Extracting relevant data from
patient records, including age, baseline hormones,
stimulation details, AFC count, and oocyte retrieval. The
obtained data was analysed by descriptive analysis
(ANOVA) using Ms excel. An overview of the oocyte yield
for every age group may be seen in the average total
oocyte count. According to the data, the mean number
gradually decreases with age, which is consistent with
aging-related decreases in follicular response and ovarian
reserve. The study shows that the 26-30 age group had the
highest number of oocytes while oocyte Numbers in the
age groups of 31–35, 36–40, and 41–45 indicate a
consistent age-related drop in the total oocyte retrieval
count. This reduction occurs as a result of aging-related
declines in ovarian reserve and follicular quality, which
lessen the ovarian response to stimulation during IVF
treatment.