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Assisted Reproductive Technologies, In-Vitro Fertilization, and Embryo Cryopreservation
Full Service Andrology Laboratory
Endocrine Dysfunction
Complex Gynecologic Surgery
Other Services
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In-Vitro Fertilization (IVF) IVF is a six
step process. After controlled ovarian hyperstimulation, eggs
are obtained from the ovaries by inserting an aspiration
needle through the back of the vagina while under light
anesthesia. The eggs are cleaned and husband or donor washed
sperm is then added to the droplet containing the egg for
fertilization. Micromanipulation of the egg and sperm, such as
ICSI would be preformed at this stage, if indicated. The
fertilized egg is called a zygote, zygotes develop into
embryos. The embryos are incubated in the lab for three to
five days. Prior to the embryo transfer the assisted hatching
procedure is preformed to encourage implantation.
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Step 1: Ovarian Stimulation
Injectable hormone medications such Gonal F are given
with a thin, small needle just underneath the skin for several
days to stimulate the ovaries to produce multiple follicles.
The development of these follicles is monitored by frequent
vaginal ultrasounds and blood tests. Once the follicles have
matured to the appropriate size, an injection of another
hormone medication such as Ovidrel is given, which works like
luteinizing hormone (LH) to release the egg. It is usually
given the day after the last dose of Follistim and given at a
specific time as instructed by the nurse. It is extremely
important to adhere to the time the nurse states. The in-vitro
fertilization (IVF) scheduled time is dependent to the proper
dosing time of the Ovidrel.
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Step 2: Semen Collection/Processing
Shortly before the egg retrieval, a semen sample will
be collected and processed to isolate the strongest most
active sperm. These sperm will be placed with each aspirated
egg. We strongly encourage patients to consider freezing a
semen specimen several weeks in advance of the egg retrieval
date for several reasons. Coordinating work and surgery
schedules can prove difficult and illness can occur
unexpectedly. Also, the expectation of producing a sample on
demand the day of the egg retrieval can be stressful.
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Step 3: Egg Retrieval Under light
sedation given by a licensed Anesthesiologist, in a special
air filtration egg retrieval suite, the doctor aspirates each
mature follicle with a needle guided by ultrasound. This is
usually done through the back of the vaginal wall but on rare
occasions can be done through the abdomen. The aspirated eggs
are then passed on to the Embryologist to identify and
fertilize.
This is
the stage where additional micromanipulation can occur if
needed such as ICSI.
ICSI involves an embryologist injecting a
single sperm directly into a mature egg under a microscope.
This procedure is done to increase probability of
fertilization when there is a male factor problem such as low
sperm count, poor motility/morphology, or when the sperm
aspiration techniques TESA/MESA are used to obtain a sperm
specimen. ICSI is also recommended if fertilization did not
occur in previous IVF attempts. |

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Step 4: Fertilization Evaluation
14 to 18 hours after the sperm and egg are placed
together; they are evaluated by the Embryologist to confirm
fertilization. If fertilization occurs, the zygotes
(fertilized eggs) are cultured in preparation for embryo
transfer. Continued observation will occur over the next few
days by the Embryologist, who will determine the quality of
the embryo. The quality of the embryo will determine when the
embryo transfer will take place and the number of embryos to
transfer. Depending on the number of fertilized eggs, some may
be frozen for use in a later cycle.
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Step 5: Assisted Hatching (AH)
This technique is used to improve the probability of
the embryos implantation. Assisted Hatching involves the
Embryologist opening a small hole in the outer membrane known
as the zona pellucida of the embryo. This opening improves the
ability of the embryo to leave its shell and implant into
the uterine lining. Patients that may benefit from Assisted
Hatching (AH) include those with previous In vitro
Fertilization (IVF) failure, poor embryo growth rate, moderate
to excessive cytoplasmic fragmentation and women with advanced
maternal age. |
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Step 6: Embryo Transfer This
brief, painless procedure involves the doctor placing a
catheter that has been loaded with a selected number of
embryos by the Embryologist, through the cervix and into the
uterus to deposit the embryos. When possible Blastocyst
transfers are done, which occur around day five of embryonic
growth. Blastocyst transfers allow a more mature embryo to be
transferred, allowing the Embryologist to select fewer embryos
for transfer, achieving a high pregnancy rate with a lower
risk of multiple gestations above twins. Occasionally,
cleavage stage, day three of embryonic growth transfer are
done at they recommendation of the Embryologist based on the
quality of the embryo.
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ICSI (Intracytoplasmic Sperm
Injection) ICSI has been one of the greatest
advances in the treatment of male factor infertility. ICSI
involves injecting a single sperm into a mature egg. This
procedure involves an embryologist manipulating under a
microscope a mature retrieved egg while injecting a micro
needle loaded with a single sperm directly into the mature
egg. This advancement in the hands of an experienced
embryologist can increase the probability of fertilization to
as much as eighty five percent. Indications for the ICSI
procedure include couples with:
- Severely abnormal semen analysis, including low sperm
counts below 20,000,000, poor motility, and abnormal
morphology.
- Men requiring microsurgical epididymal sperm aspiration
(MESA) or testicular sperm aspiration (TESA).
- Failed fertilization of embryos on prior IVF
attempts.
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Blastocyst
Culture
In the past most embryos produced with IVF were transferred on day three of
development. When an embryo reaches five days
of development it is called a blastocyst. Currently, with advances in understanding of the needs of
developing embryos, the ability to produce blastocysts in the
laboratory has increased. Culturing and transferring
blastocysts on day five of development allows the transfer of fewer
embryos while still maintaining a high pregnancy rate. Normally
only two blastocyst stage embryos are transferred, thus reducing the
risk of multiple gestations higher than twins.

Co-Culture of
Embryos
The embryos of some couples have cytoplasmic fragmentation resulting in
poor quality embryos. By culturing these embryos with
cells similar to those that line the womans fallopian tubes and
uterus the fragments can be reduced and the quality of the embryo
improved.

Preimplantation Genetic Diagnosis
(PGD)
Involves taking a single cell from a developing embryo and analyzing its genetic makeup. This is done to find chromosomal and genetic disorders early. PGD can be used for couples that are at risk for transmitting a genetic disease to their children such as Cystic Fibrosis, Sickle Cell, Tay Sachs, etc. It can also screen for chromosomal abnormalities that can cause miscarriage or prevent pregnancy from occurring while also checking for certain genetic diseases, such as Down's syndrome-much like the amniocentesis test, PGD does confirm the sex of the embryo as part of the complete chromosome report but is not generally used for this purpose.

MicroSort® - Gender Selection
For decreased prevention of X-Linked Genetic Diseases and increased ability of
Family Balancing (Gender Selection). The males sperm determines the sex of the
baby, male or female. MicroSort is a patented process that separates the male
and female sperm prior to fertilization. After separation, the sperm is used in
conjunction with an IVF/ICSI procedure at our facility. For more information on MicroSort click on Education and/or go to microsort.net.

Assisted
Hatching
This technique is used to improve the embryos implantation. Assisted
Hatching involves opening a small hole in the outer membrane known
as the zona pellucida of the embryo. This opening allows the embryo to
leave its shell and implant into the uterine
lining.

Embryo and Gamete
Cryopreservation
Cryopreservation (freezing) of embryos
(fertilized eggs) is utilized when the number of embryos produced
during an IVF cycle exceeds the number of embryos placed in the
uterus on day three or five embryo transfer. Once
frozen, these embryos may be thawed and transferred in another cycle
at a later time. Gamete cryopreservation (freezing)
is used to freeze sperm so that it can be used at a later
time.

Egg
Donors
Eggs are donated for patients who have lost their ovaries, have premature ovarian failure or advanced maternal age. These donors are screened for genetic, emotional and physical health abnormalities, sexually transmitted diseases including HIV, smoking, drinking and recreational drug use. Physical characteristics are provided to help match various traits if desired.
If you are interested in becoming an egg donor and are between the ages of 21
and 30, and a non-smoker, please call or email our patient advocate
to see if you qualify. Compensation of $3,500.00 and up
is paid to our egg donors.

Surrogate Carriers
Women who may have the ability to produce eggs but are unable to use their
uterus or dont have a uterus, may consider a gestational surrogate
carrier. A donated egg may also be used with gestational surrogate in
the event a woman cant produce her own eggs or her uterus is not
intact or insufficient to carry a pregnancy. In
either case, the husbands sperm may be used. Using an
egg donor unrelated to the surrogate carrier eliminates any
biological tie.
If you are
interested in becoming a surrogate carrier and are between the
ages of 21 and 35, and a non-smoker, please call or email our
patient advocate to see if you qualify. Compensation of $15,000.00 is paid to our gestational
surrogates.

FULL SERVICE
ANDROLOGY LABORATORY
Intrauterine Insemination (IUI) using husband
or donor sperm
For Intrauterine Insemination, the sperm are first washed and placed
into a sterile medium. The sperm are then concentrated
in a small volume of medium and are injected directly into the
uterus. Through the process of Intrauterine Insemination, sperm are
placed high in the female reproductive tract to enhance the chance
of successful fertilization.

Sperm Wash
This is a process to remove the sperm from the
ejaculate. This provides a highly concentrated amount of sperm that
can then be introduced into the cervix or the uterus.

Sperm Freezing and
Storage
Sperm can be frozen and stored in the frozen state for an indefinite period of
time. This frozen sperm can be thawed and used for future pregnancy
attempts.

Semen
Analysis
A semen analysis measures the quantity and quality of the sperm. Several
characteristics are examined, including the ability of sperm to move
(motility), forward progression (the quality of movement), sperm
count (the number of sperm), volume of semen (the total amount of
ejaculate), as well as the size and shape of the sperm
(morphology).
The semen analysis must be collected within 1 hour prior to reaching the
laboratory or be collected onsite. The laboratory should provide a
sterile container and instructions on masturbation collection. The
specimen must be processed immediately. Many
laboratories do not have the ability to perform the semen analysis
onsite and may ship the specimen to another city or state, thus not
processing the specimen until several hours later or even the next
day. This delay would severely impact the accuracy of the
results. Complete Andrology services including Semen Analysis are
performed daily onsite at Houston Infertility Clinic.

Sperm Function
Testing
Several different tests are available to determine if the sperm is capable
of fertilizing an egg. These studies vary from
laboratory to laboratory and are not part of the routing semen
analysis.

Urological Consulting Services for Sperm Retrieval/Aspirations - TESA, MESA, PESA
Urologists specializing in sperm retrieval/aspiration techniques are available to perform these procedures at ICH in order to obtain sperm that can not be otherwise ejaculated in a patient's semen due to obstructions, illnesses, previous vasectomies, congenital disorders etc. Sperm retrieved in this manner is generally used in conjunction with IVF/ICSI procedures.

Endocrine Dysfunction
Ovulatory
Dysfunction
A problem with the ovary where the egg is not matured or released
properly. Many things can cause ovulatory dysfunction including,
Hypothalamic Hypogonadism, Polycystic Ovarian Disease,
Hyperandrogenism, Hyperprolactinemia, Hyperthyroidism, Luteal Phase
Defect, and Premature Ovarian Failure.

Endometriosis
UterIne lining tissue found outside the uterus, often inside the peritoneal
cavity on the ovaries, fallopian tubes, uterus, bowels and
bladder. It is a major cause of infertility. Treatments include laser surgery by Laparoscope, and medical
management.

Recurrent Miscarriages
Any woman who has had three or more first trimester pregnancy losses.

Polycystic Ovarian Syndrome
(PCOS)
The formation of cysts in the ovaries that occurs when the follicle
stops developing. This is due to a hormonal
imbalance in the ovary.

Hirsutism
Women who experience excess hair production on their face, chest, abdomen,
legs, and back. Treatments include medical
management.

Congenital Pelvic
Abnormalities
Some patients may be born with structural birth defects of the vagina or
uterus. Some of these defects can be easily corrected with minor
surgery prior to achieving pregnancy.

Menstrual
Disturbances
Any menstrual bleeding pattern that does not follow the typical twenty
eight day cycle. This can include frequent
bleeding occurring more often than twenty eight days, bleeding less
frequent than twenty eight days, or no menstrual bleeding at
all.

Complex Gynecologic Surgery
Advanced Laparoscopy
An out-patient surgical procedure where a surgeon with advanced
surgical skills and training in pelvic reconstruction (board
certified Reproductive Endocrinologist) inserts a mini-telescope
into the abdomen to view the pelvic organs. Surgical instruments can be inserted with the mini-telescope
to perform surgical removal of adhesions, cysts, endometriosis and
to reconstruct pelvic structures such as the fallopian tubes that
have been damaged, infected or tied in the past.

Fallopian Tube
Reconstruction
A surgical procedure to repair tubes that have been damaged. The
most common form of damage is secondary to a previous tubal
ligation.

Microsurgical Tubal
Anastamosis/Tubal Reversal
A surgical procedure to repair tubes that have been damaged. The
most common form of damage is secondary to a previous tubal
ligation.

Adhesiolysis
Surgical removal of adhesions, usually during an out-patient Laparoscopy
procedure. Adhesions are scar tissue that
forms around reproductive organs following a previous surgery,
infection or injury.

Other Services
Nutritional
Education
Proper diet and exercise are important for ideal reproductive
functioning. Women who are significantly
overweight or underweight may have difficulty getting pregnant. Recognizing that nutrition plays an important role in
reproduction we offer nutritional counseling by a registered
dietitian.

Emotional
Counseling
Infertility and the treatment can be very stressful at times. We offer emotional counseling with a licensed counselor who has many years experience with Infertility and offers the Mind and Body Program developed at Harvard. Two study groups with similar infertilities undergoing infertility treatment in Boston showed the Mind and Body program participants had an increase of pregnancy rates up to 60% compared to those who did not participate in the Mind and Body program.

Accupuncture Therapy
For the patients who wish a more holistic approach accupuncture
therapy can be used to complement their infertility treatment.

Massage Therapy
Infertility and the treatment can be very
stressful at times. We offer massage therapy for stress reduction during
treatment cycles.

Financial
Counseling
Finding out if your insurance will cover infertility treatment can be difficult to do. Our experienced financial staff consultants are ready to assist you in understanding your policy and helping you get the answers you need some insurance plans state no Infertility coverage when in fact they may cover some testing and treatment. Several finance companies now specialize in short and long term loans for infertility treatment and offer competitive rates for those who qualify. Private consultation and applications can be sent from your home via phone or email directly to these finance companies. Contact our office to discuss the financial options and plans available to you.

FREQUENTLY ASKED
QUESTIONS
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When should I consider seeing a Reproductive
Endocrinologist Infertility (REI) specialist?
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The American Board of Obstetrics and Gynecology recommend that patients
under age thirty five try to conceive for one year
before pursuing infertility treatment. Patients between the ages of
thirty five and thirty nine should try to conceive for six months
and women age forty and over should wait no more than three
months.
There are a few exceptions to these recommendations. Patients who have irregular menstrual periods (cycles that
are thirty five days or longer between periods) or have had previous
pelvic infections such as PID should seek advice from their
Gynecologist for an earlier referral.
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Why should I see a board certified
Reproductive Endocrinologist Infertility specialist?
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Board certified Reproductive Endocrinologist Infertility (REI) specialists
have completed: 1) Fours years of medical school, 2) Four year
residency training in the OB/GYN specialty, 3) Two to three years of
fellowship training in the Reproductive Endocrinology
Infertility specialty, and 4) Passed the national Reproductive
Endocrinologist Infertility written and oral test along with the
OB/GYN specialty written and oral given by the American Board of
Obstetrics and Gynecology.
The additional two to three years of training beyond the OB/GYN
specialty focuses on assisted reproductive techniques, advanced
microsurgery of the pelvic organs, disorders of the anatomy which
may affect fertility, and disorders of the sperm. This
additional training beyond the OB/GYN specialty is invaluable and
will increase your probability of conception.
Some insurance plans will only reimburse fees for infertility services if the
doctor is a Reproductive Endocrinologist and Infertility
specialist. The American Board of Obstetrics
and Gynecology recommends patients seeking advanced infertility
treatments see a board certified REI.
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How much does infertility treatment cost?
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The cost involved with creating a successful pregnancy depends upon the nature of the disorder causing the infertility, the age of the female partner, and if a male factor is involved. Costs can range from a small co-pay for those who have insurance coverage for treatment. For patients who do not have insurance coverage for IVF treatment, we offer discounted package prices. Our practice has been able to greatly reduce the total cost for those patients needing the most advanced treatments such as IVF by having our own egg retrieval suite on site thus eliminating a separate facility fee to a hospital. Our egg retrieval suite is equipped with state-of-the-art equipment and all anesthesia is given by licensed Anesthesiologists who practice within the Memorial Hermann Hospital system.
* Fees are subject to change without notice but not during a treatment cycle.
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Will infertility therapy be covered by my
insurance plan?
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Most insurance plans cover the initial consult with a Reproductive
Endocrinologist Infertility (REI) specialist and the diagnostic
portion (the testing) of finding out why you are not able to get
pregnant. The infertility treatment itself may be covered in part or
completely. Although the trend is toward more
insurance plans covering infertility, there are still plans that
offer no coverage.
Our staff is highly trained in handling insurance coverage verification
and claim filing. We will make every effort to
obtain payment from your insurance plan when possible.
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How successful are infertility treatments?
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Improvements in medication,
microsurgery, and in assisted reproductive technologies (ART) make
pregnancy possible for the majority of the couples pursuing
treatment. Over two thirds of infertile
couples will be able to make their dreams of having a child come
true. In particular, success rates have dramatically improved for
couples who require ART. The pregnancy rate for an ART
cycle approaches the monthly fertility rate for most couples. After
an initial consultation and a review of diagnostic tests we can
better determine your probability as success rates vary from patient
to patient and from situation to situation.
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What are my chances of having twins,
triplets or higher multiple births?
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Most cases of successful treatments with either ovulation induction with
IUI or IVF will result in a single birth. The
national averages are approximately 25% twin rate and 5% triplets or
more. Currently our twin rate is less than 10% and our triplet rate
is less than 1% and currently no higher order of multiples
(quadruplets, quintuplets).
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Is it safe for me to have a baby in my late
30s or early 40s?
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Many women well into their 40s will have healthy children. The
risk for birth defects such as Down Syndrome do increase as you age,
as do the risks of developing complications during pregnancy such as
Gestational Diabetes (Diabetes during pregnancy) or Hypertension
(high blood pressure). Early genetic screening can be
used to detect certain defects like Down syndrome. Maintaining a healthy diet and exercise pattern will help
reduce the possible health complications. Your
physician can help you evaluate your individual risks based on your
age and overall health.
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How long should I remain on
Clomid/Serophene/Clomiphene Citrate therapy?
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The majority of patients who respond to Clomiphene Citrate do so during
the first month of therapy. Three ovulatory courses
constitute an adequate therapeutic trial. If
pregnancy has not been achieved after three ovulatory responses,
further treatment is not recommended. Other treatment options should be
considered.
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