• A new life
    A new love

    A new generation in fertility care.
    Expanding to Henderson Soon!

  • In Vitro Fertilization

    New steps to becoming a parent.

  • Baby of the month

    See our babies.

Laser Assisted Hatching

The shell around a woman’s egg is called the zona pellucida. The zona can vary in thickness. As a woman ages or if she has bad egg quality, the zona can be too thick for the embryo to hatch out of it and implant. The process of assisted hatching, is a procedure in which the laser is used to thin out a small area in the zona pellucida and enable the embryo to hatch out and implant into the uterine lining.

Studies have shown that the process of assisted hatching increases pregnancy rates. Since we use a laser and not acid to perform this procedure, the risks of damage to the embryo from this procedure are quite minimal. Our highly experienced embryology staff is able to discern which patients may benefit from assisted hatching. This procedure is included in our cash IVF pricing, so if it is performed there are no extra charges

Upcoming Events

Jun
08

Free Fertility Seminar – June 8th

Free fertility seminar with Dr. Eva Littman & Dr. Severino…
>> Details

Jun
26

Free Fertility Seminar – June 26th

Free fertility seminar with Dr. Eva Littman & Shannon McGrath…
>> Details

Jul
06

Free Fertility Seminar – July 6th

Free fertility seminar with Dr. Eva Littman & Dr. Severino…
>> Details

Jul
24

Free Fertility Seminar – July 24

Free fertility seminar with Dr. Eva Littman & Shannon McGrath…
>> Details

Recent news

May
23

Announcing Our New Location in Henderson

We are proud to announce the opening of our Second location, which will be located at 870… >> Read More

May
09

More Protein Can Help Your Fertility

  Written by:  Dr. Mark Severino, M.D., F.A.C.O.G.   Medical Director … >> Read More

Apr
01

5 Fertility Tips for Men Trying to Conceive

Written by:  Dr. Eva Littman, M.D., F.A.C.O.G. Practice Director Be… >> Read More

Mar
15

Buy a Calendar, Donate to Charity!

Size:  10 3/4- w x 6-h - designed with cardboard stand to sit on desktops (can also… >> Read More