Trying with Dr. Sasha Hakman

← Trying with Dr. Sasha Hakman22 Jul · 50 min

What IVF Protocol Did a Fertility Doctor Choose for Herself?

What IVF Protocol Did a Fertility Doctor Choose for Herself?22 Jul50 min

You asked for it, and here it is. In this solo episode, Dr. Sasha Hakman walks through her own two IVF cycles in full detail — the exact medications, doses, trigger decisions, lab outcomes, and the reasoning behind every choice she made. As a reproductive endocrinologist who has navigated IVF both as a clinician and a patient, she brings a level of transparency you rarely get from a doctor. From a purely elective embryo freeze at 32 to a second retrieval at 37, this episode breaks down what actually goes into building a family through IVF — and helps you understand your own protocol along the way.

In this episode, we cover:

Why Dr. Sasha chose to freeze embryos at 32 — before she was ready to have children — and the reasoning behind creating embryos vs. freezing eggs

Her diagnosis of Non-Classical Congenital Adrenal Hyperplasia (NCAH), what it is, and how it contributed to her ovulatory dysfunction

Her baseline fertility stats: AMH of 4 ng/mL and 30+ follicles — even while on continuous birth control pills

Cycle 1 at age 32: antagonist protocol, 275 units of Gonal-F + 75 units of Menopur, and why she chose a combination Lupron + low-dose hCG trigger The OHSS she developed after her first retrieval — how bad it got, and how she managed it at home

Why she got 26 eggs but only 11 were mature — and why she was so disappointed with that outcome

Cycle 2 at age 37: what changed in her protocol, and what the data from cycle 1 taught her

Final embryo outcome: 6 blastocysts, 3 euploid (1 male, 2 female), 3 aneuploid

ICSI — why she chose it even without a male factor diagnosis, and the case for doing it even when sperm looks great

Assisted hatching — what it is, why she opted in, and the small but real risk of monozygotic twinning

PGT-A genetic testing — how it works and why she would never transfer an aneuploid embryo