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Glossary of Terms Follow-up Care Embryo Transfer Fertilization & Development IVF Cycle Procedures and medications What screening is involved? How do we select egg donors? Who are the donors? Candidates for Egg Donation Egg Donation Assisted Hatching Laparotomy/myomectomy Laparoscopy D&C and/or hysteroscopy Post-Operative Instructions Laparoscopy/Hysteroscy Pre-Operative Instructions Inseminator (IUI) ICSI Cost Psychological Impact Prerequisites Candidates for IVF Cryopreservation Blastocyst Embryo Transfer Fertilization & Embryo Culture Egg Retrieval Ovarian Hyperstimulation What Is IVF In Vitro Fertilization (IVF)
In Vitro Fertilization (IVF) 

    What is IVF

     Ovarian Hyperstimulation

     Egg Retrieval

     Fertilization & Embryo Culture

     Blastocyst Transfer

     Cryopreservation

     Candidates for IVF

     Prerequisites

     Psychological Impact

     Cost 

     IVF Flat-rate Fee

Assisted Hatching

Sperm Injection (ICSI)

 

Preimplantation Genetic Diagnosis (PGD)

  PGD for Aneuploidy

  PGD for Single Gene Disorders

 

Egg Donation

     Candidates for Egg Donation

     Who are the donors

     How do we select egg donors

     What screening is involved

     Procedures and Medications

     IVF Cycle

     Fertilization & Development

     Embryo Transfer

     Follow-up Care

 Intrauterine Insemination (IUI)

 

Sperm Cryopreservation

 

Pre-Operative Instructions

     Laparoscopy/Hysteroscopy

Post-Operative Instructions

     D&C and/or hysteroscopy

     Laparoscopy

     Laparotomy/myomectomy

Glossary of Terms

 

Out of Town Patients

   Cycle Monitoring-local doctor

    Nashville Weather

    Nashville Visitor Info

    Hotels

In Vitro Fertilization (IVF)
What is IVF? IVF is a process where fertilization takes place outside the body, in a petri dish or a test tube. A woman's eggs are aspirated from her ovaries and placed with sperm. After culture of the embryos for three to five days, the embryos are placed in the woman's uterus. The IVF cycle includes administration of medicines for stimulation of the ovaries (ovarian hyperstimulation), egg retrieval, fertilization and embryo culture, and embryo transfer. If patients choose, cryopreservation may be performed. Each of the components of the IVF cycle is described in detail below.

Ovarian Hyperstimulation: The IVF Cycle begins on menstrual cycle day 2 with the use of an oral contraceptive agent. Depending on your individual circumstances, this medicine may be given for a varying period of time (often 2 weeks) to prevent ovarian cysts from forming in response to Lupron.

Lupron is then given for 10-14 days prior to beginning the fertility medicine, Follicle Stimulating Hormone (FSH). Lupron, importantly, prevents ovulation of eggs prior to our being able to retrieve them surgically.

FSH is then started (in conjunction with Lupron) to stimulate egg maturation. FSH is given for a total of 10-13 days. Once the egg sacs (follicles) reach a certain size, an hCG injection is given to allow final maturation of the egg. The egg retrieval is then performed 35-36 hours following the hCG injection.

While you are taking FSH you will need to come to our office 3-4 times for "monitoring". Monitoring includes a vaginal ultrasound to determine the number and size of the follicles and a blood test to determine the estrogen level. Monitoring will determine when the hCG injection needs to be administered and thus the timing of the egg retrieval.

Patients who respond well to fertility medications usually develop approximately 12-15 follicles. Those who respond excessively may make as many as 30 or more and those who respond poorly may develop four or less. Those patients who respond poorly may choose to stop the cycle at this point in hopes of achieving a better stimulation in a subsequent try. The risk of this occurring increases with the woman's age, and ranges from 5-20%.

Resources

Injection Instruction Videos

: www.asrm.org/Patients/FactSheets/Gonadatrophins-Fact.pdf

Egg Retrieval: Eggs are removed during a process called a transvaginal egg retrieval. This procedure is performed under sedation, so you will be comfortable throughout the entire process. Once you are sedated, a thin needle is placed through the back of the vagina into the ovary. Gentle suction is applied and the eggs are aspirated with follicular fluid into test tubes.  The eggs are microscopically located by an embryologist, and moved into a culture dish.

The procedure lasts about 30 minutes. After the retrieval, you will return to your room where you can be with your husband or family/friends. The pain medicines will wear off quickly and you will usually be able to leave within two hours. You will need someone to drive you home and will probably need to be off work or have little responsibility for the rest of the day. The following day you should be back to normal activity.

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Fertilization and Embryo Culture: The morning of your retrieval your partner will be asked to provide a semen specimen. The sperm are placed with the eggs and the following day the eggs are examined for signs of fertilization.

Although there is an occasional episode (less than 1in 100) of non-fertilization, every effort is made to insure that fertilization will occur. For men who have abnormal sperm counts or other abnormalities of sperm, intracytoplasmic sperm injection (ICSI) is used to aid fertilization. Approximately 50% of the eggs are expected to be fertilized following this procedure.

The fertilized eggs (embryos) will develop in the culture dish within an incubator for a total of three to five days (from the day of egg retrieval to the day of embryo transfer). You will be kept informed during this period about the progress of your eggs and embryos.

Embryos are cultured in media that supports their development. The media is formulated to provide different nutrients to the embryo based on the physiologic needs of the embryo at specific stages of development. The embryos on day five typically are at a stage of development called blastocysts and are ready for embryo transfer.

Embryo Development Photo Gallery

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Blastocyst Embryo Transfer: It is our goal to transfer two blastocysts to try to prevent multiple pregnancy of triplets or greater. Your age and the quality of the blastocysts will also affect the actual number of embryos that your doctor will recommend for transfer.

The transfer of embryos to your uterus is usually a simple procedure that is associated with little or no discomfort. A speculum is placed in the vagina and the cervix is cleansed. The embryos are loaded into a soft, thin catheter. Your doctor will place the catheter through the cervix to the top of the uterus where they are released from the catheter. This is all done under direct visualization using an abdominal ultrasound scanner and usually requires only 20 minutes or so. It requires a full bladder, which can be emptied, if necessary as soon as 15 minutes after the transfer. You will need to stay at rest for the duration of that day and the following day.

The blastocysts in excess of the number transferred may be cryopreserved. A pregnancy test will be done 9 to 10 days after embryo transfer.

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Cryopreservation: The majority of couples will elect to cryopreserve viable embryos that remain in culture after embryo transfer. In doing so, they have another chance to achieve a pregnancy at a greatly reduced cost compared to the cost of a fresh IVF cycle. This can be a wonderful opportunity for those couples who do not get pregnant during an initial cycle or even for those couples who do get pregnant but desire a second child in the future.

About one-third of couples will have embryos to freeze with an average of three to four embryos per couple. The process of cryopreservation involves the freezing and storage of embryos at a very low temperature. After thawing, about three quarters of the embryos usually survive and will be transferred, and about 40% of these cycles will result in a live birth.

Many healthy children have been born from frozen embryos. There appears to be no increased risks during pregnancy from cryopreserved embryos, when compared to fresh embryos. In addition, evidence from cryopreservation worldwide reveals no increased risk of a major abnormality in the babies born through this technique.

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Patients who may be candidates for IVF include:

Patients with absent, blocked or abnormal fallopian tubes
 
Those whose partners have an abnormal sperm count or sperm function
 
Couples with unexplained infertility
 
Women who have endometriosis who have not achieved a pregnancy with other forms of treatment.
 
Women with other infertility problems such as antisperm antibodies or severe cervical factor, for whom no alternative therapy is available and other treatments have been unsuccessful.
 
Any patient with longstanding infertility for which no other therapy has been successful.
 
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Prerequisites (Requirements) for beginning an In Vitro Fertilization Cycle:

Female:

A copy of records from previous surgeries, ovulation induction, or IVF cycles
 
A normal pap smear within the last year.
 
Documentation of a normal uterine cavity (usually with a hysterosalpingogram (HSG), saline infusion sonohysterogram or hysteroscopy)
 
Prenatal Screen (Blood test on patient)
 
HIV, Hepatitis C, and antisperm antibodies (blood test on patient)
 
EKG if you are over 40 years of age.
 

Male:

Semen analysis and semen culture
   
Sperm Penetration Assay (SPA, if normal sperm function has been documented by a recent pregnancy or fertilization, an SPA will not be needed.)
   
Sperm cryopreservation is recommended so that a back-up sample is available for IVF
   
Blood tests:  Blood type and Rh, hepatitis B and C, antisperm antibody test

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Psychological Impact: IVF can create additional stress for those who may have already endured multiple disappointments. There is no question that it can be physically and emotionally difficult for a number of reasons. For some it may be the last step toward achieving a biological child. For many, an IVF treatment cycle may disrupt work, school and daily schedules. This is compounded when one lives a significant distance from an IVF program, resulting in long daily commuting, separation from one's spouse if commuting is unrealistic, or additional expense for unfamiliar accommodations during treatment. In the midst of this couples want to realistically confront the odds for success while remaining optimistic enough to endure a regimented treatment program.

Fortunately, there are ways to decrease these stresses and make the process a positive experience. Research studies have shown that couples who know what to expect are best able to endure these processes and use their own natural coping skills to their best advantage.

The following strategies can assist you during this time period.
 
Become well informed about IVF. Understanding the process and knowing what to expect during each step will lessen your anxiety about the procedure. This information may be obtained through our brochures, our doctors and nurses, and multiple sites published in books, articles and on-line.
 
Be realistic about your expectations. The average chance of establishing a pregnancy is 40% each treatment cycle in our program. If pregnancy does not occur, a cycle will still contribute valuable information, which can assist in planning a subsequent treatment.
 
Set limitations and make decisions cooperatively with your partner.
 
Make decisions ahead of time. Discuss your feelings about emotional issues such as cryopreservation, the use of donor semen, the number of cycles you would consider, and what friends or family members you wish to include in your confidence.
 
Ask for emotional support from these friends or family members and talk about your feelings.
 
Keep life simple. Plan activities that are entertaining and relaxing. Bring familiar items from home if you are staying in a hotel.

We strongly suggest you see a counselor experienced in working with infertile couples prior to beginning this process. We have counselors available to see you who can talk to you about the stresses involved with infertility and treatments for infertility. They are able to suggest ways to cope with these stresses and are there for you during difficult times.

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Cost:  We are dedicated to providing state-of-the-art assisted reproductive technologies at an affordable cost to the patient.  For patients who DO NOT HAVE insurance coverage for IVF, we have developed an "IVF Flat-rate Fee Package" (click for more information).   Patients who have IVF treatment/creation insurance coverage are excluded from participating. 

The basic cost for an IVF cycle at Nashville Fertility Center is approximately $8800.00.  This is an estimate that is subject to change, and includes the following:
 
Cycle monitoring (estradiol levels, ultrasounds, progesterone level)
 
Embryology Laboratory services associated with the egg retrieval, sperm preparation and insemination, embryo culture, assisted hatching (if needed), embryo transfer, embryo cryopreservation and first year of storage (if extra viable embryos are available after transfer)
 
Physician and Embryology Professional fees
   
Surgery Center and Anesthesia fees
 

Some of the following additional services may be required during your IVF cycle, and are not included in the estimated cost above:

   
Intracytoplasmic Sperm Injection (ICSI)
   
Preimplantation Genetic Diagnosis (PGD)
   
   
The following services/tests are not included in the estimate:
   
New patient evaluation and pre-cycle office visits
   
Pre-cycle prerequisite testing and evaluation on the male and female partner (these tests may be performed at NFC or at your primary physician's office)
   
IVF Class
   
Medications needed for the cycle.  These are purchased directly from the pharmacy.  The pharmacy will verify your prescription benefits and inform you of your cost.
   
Pregnancy testing and OB ultrasounds

You will want to check with your insurance carrier to see if these charges might be covered.

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Nashville Fertility Center  345 23rd Ave. N., Ste. 401, Nashville, TN 37203

(615)321-4740    Fax (615)320-0240

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