
"Unfocused technology is not medical therapy. We must diagnosis a problem, discuss the options, listen to our patient's concerns then treat in the most knowledgeable, efficacious, cost effective, and ethical manner."
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Treatments:
All aspects of Infertility Therapy
| Ovulation
Induction: Patients are treated with medications
that cause the ovary to produce multiple mature
eggs. It is used in conditions such as Polycystic
ovaries (a hormonal imbalance resulting in lack
of ovulation, irregular periods and infertility).
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| Intrauterine
Insemination: Semen is processed in the laboratory
to enhance the proportion of normal active sperm.
It is then placed directly into the uterus using
one of many various specialized catheters. |
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| In
Vitro Fertilization (IVF): Eggs are obtained
from the ovaries by inserting an aspiration needle
by way of the vagina. The eggs are then cleaned
and processed sperm is then added to the droplet
containing the egg. Fertilization then occurs. The
now fertilzed egg is called zygote. Zygotes develop
into embryos. After three to five days the embryos
are placed into the uterus. |
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| Intra
Cytoplasmic Sperm Injection (ICSI): process
of a single sperm being injected into an oocyte
(egg or ovum that is produced inside the ovary)
using micromanipulation equipment. Useful when there
are very few sperm or in sperm that are unable to
fertilize. |
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| Gamete
Intrafallopian Tube Transfer (GIFT): an alternative
to IVF (In Vitro Fertilization) procedure requiring
laparoscopy. After collection of the oocytes (eggs),
they are mixed with processed sperm and using a
catheter, they are then placed using laparoscopic
guidance into the fallopian tube. Fertilization
therefore occurs in the body (in vivo) as opposed
to in a glass dish (in vitro). |
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| Blastocyst
Transfer: When the embryo reaches five days
of development it is called a blastocyst. Transferring
the blastocyst on day 5 enhances the pregnancy rates
and reduces the risk of multiple pregnancies. |
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In Vitro Maturation of oocytes (eggs)
IVM: is when the eggs are removed (retrieval) from
the women and then allowed to mature in the laboratory
for two to five days
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|
TESA, PESA, MESA (microsurgical sperm aspiration):
When sperm are unable to move through the genital
tract due to uncorrectable blockage, sperm can be
extracted directly from the epididymis and/or the
testicles. These sperm are then used to fertilize
the egg using ICSI (see above). |
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Gynecologic Microsurgery: fine and
delicate surgery requiring magnification often using
a microscope. It is used to reconnect tied tubes after
sterilization or repair blocked fallopian tubes or reverse
previous tubal ligation.
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Donor
gametes (donor egg and donor sperm programs): eggs
donated for patients who have lost their ovaries, have
premature ovarian failure or advanced maternal age to
help achieve pregnancy. Sperm that has been donated
(known or anonymously) used in men with no sperm. Commercial
sperm banks screen prospective sperm donors with a battery
of genetic tests for sexually transmitted diseases including
HIV before releasing sperm. Physical characteristics
are provided to help match various traits as desired.
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Third Party Program: women who have eggs but an inability to
use or lack of a uterus require other screened women
to gestate their embryos.
For more detailed information on the laboratory procedures
please see the Laboratory section
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All Aspects
of Endocrine Therapy
Can be Treated at RMFC
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 leading cause of infertility by affecting nearly
all aspects of reproduction. Treatments include laser
surgery, medical management, microsurgery.
 |
| >Figure1.
Classis Endometriosis Lesion include chocolate cyst,
power burns lesions and gunmetal lesions. Adhesions
are formed by the endometriosis. |
Menopause: the cessation of the menstrual cycle.
Occurs when there are no more oocytes (eggs) in the
ovaries. Includes all aspects of hormonal therapy
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Androgen
Excess: women who experience excess hair production
on face, chest, abdomen, legs and back. Treatments include
medical management.
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Uterine
Fibroids: overgrowth of muscle fibers in the uterine
wall that may interfere with reproduction or normal
sexual relations. Treatments are usually surgical.
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RMFC Fertility Laboratory Systems, Inc.
Assisted Reproductive Technology
Laboratories
RMFC offers the following services:
- Comprehensive
Endocrine Evaluation
- Genetic
Evaluation
- Comprehensive
Andrology Laboratory Testing and Services
- Semen
Analysis
- Kruger
Morphology
- Computer
Assisted Sperm Analysis (CASA).
- Antisperm
Antibody Testing
- Sperm
Penetration Assays
- Sperm
Freezing
- Sperm
Washing for Inseminations
- Sperm
Processing from Epididymal (MESA) and Testicular (TESE)
specimens.
- Semen
evaluation and sperm freezing pre and post vasectomy
or vasectomy reversal
Comprehensive
ART Laboratory Services
- In Vitro
Fertilization (IVF)
- Intracytoplasmic
Sperm Injection (ICSI)
- Assisted
Hatching (AH)
- Blastocyst
Transfer
- Embryo
Cryopreservation
- Embryo
Co-Culture
Future Research and Technology: RMFC is committed
to providing "Cutting Edge" technology to
our patients.
RMFC
will continue to research and
develop new technologies to assist our patients in reaching
their goal of parenthood.
An essential part of the process in helping the infertile
couple achieve their goal of pregnancy involves the
laboratory evaluation of both partners. RMFC consists of three laboratories;
Endocrine (hormones), Andrology (sperm), and Embryology,
and offers a comprehensive battery of tests and services
for RMFCs patients. RMFC also offers the latest
innovations in High Tech Assisted Reproductive
Technology (ART) procedures.
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Semen Analysis: Most
men produce Millions of sperm each day, however, many
of these may be abnormal either in their shape, movement,
or function. Many studies have shown that 50% of infertility
is related to the sperm.
RMFCs Comprehensive
Andrology Evaluation of the male will provide virtually
all of the information necessary to assess an individuals
fertility potential. This comprehensive evaluation will
utilize a battery of tests to assess the number, appearance,
movement, and functional capacity of the sperm present
in the mans specimen.
 |
|
Figure 1. Detailed drawing
of a human sperm (spermatozoa) |
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Assisted Reproductive Technologies
(ART): In the event that pregnancy is not
achieved after the comprehensive male and female evaluation,
the use of assisted reproductive technology procedures
are an option. When the patient and physician decide
that it is time to undergo these High Tech
procedures, RMFCs Laboratory Team and RMFCs
clinical staff collaborate to facilitate your ART experience.
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In Vitro
Fertilization (IVF): IVF is the most commonly performed
form of ART. IVF is currently indicated to treat many
fertility problems, including unexplained infertility,
male factor infertility, and failure of conventional
infertility treatments. IVF is a five step process:
| Step1:
Ovarian Stimulation The use of medications
to stimulate the growth of several oocyte (egg)
containing follicles. Follicular development will
be monitored by the physician via hormone levels
and ultrasound images. (Figure 2) |
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| Step
2: Egg (oocyte) Retrieval Ultrasound
guided aspiration of the contents of the mature
follicles (follicular fluid and oocytes) by the
physician. The eggs are then identified and placed
in culture by RMFCs Embryology Team. (Figure
3) |
Figure 2
Ultrasound Image of Developing Follicles
|
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| Step
3: Semen Collection, Processing, and Insemination
Shortly before or after the oocyte retrieval,
a semen sample will be collected. This sample will
be processed to isolate the strongest, most active
sperm. Thousands of these sperm will then be placed
with each mature egg. For partners who are concerned
about producing a specimen on demand or who may
not be available at the time of oocyte retrieval
a semen specimen is frozen several weeks before
the oocyte retrieval. |
Figure 3
Human Egg or Oocyte Surrounded
by supporting Cumulus Cells, as seen at time of Oocyte Retrieval
|
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| Step
4: Fertilization Evaluation Fourteen
to Eighteen hours after the sperm and eggs have
been placed together, the eggs will be evaluated
to verify fertilization. If fertilization is achieved
the zygotes (fertilized eggs) will be cultured in
preparation for embryo transfer. Extra
zygotes may be frozen at this time for subsequent
use. (Figure 4) |
Figure 4
Zygote or Fertilized Oocyte
|
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| Step
5: Embryo Transfer This brief, painless
procedure will occur between three and five days
following fertilization of the oocytes. Cleavage
stage embryos will be transferred on day three (Figure
5) and Blastocysts, a more advanced embryonic
stage where the embryo has begun to differentiate
(Figure 6), will be
transferred on day 5. This procedure involves placing
the embryos in a thin catheter which is passed through
the cervix and into the uterus, where the embryos
are deposited. Hormone medication may be prescribed
to encourage implantation and pregnancy. |

Figure 5
Cleavage stage embryos
(such as this 8 cell) are transferred
on day 3 of development

Figure 6
Blastocysts can now be grown
in the laboratory and transferred
on day 5 of development..
|
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|
Intracytoplasmic
Sperm Injection (ICSI): Developed in the early
1990s, ICSI has been one of the greatest
advances in the treatment of male factor infertility.
ICSI involves injecting a single sperm directly
into a mature egg. (Figure 7) The indications
for ICSI include:
Severely compromised sperm parameters,
including count, motility, and morphology.
Men with the need for micro-surgical epididymal
sperm aspiration (MESA) or testicular sperm aspiration
(TESA).
Failed fertilization on prior IVF attempts.
|

>Figure
7
ICSI Intracytoplasmic Sperm Injection
|
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|
Assisted
Hatching (AH): A technique used to improve
the odds of implantation of the embryo. AH involves
opening a small hole in the outer membrane or
zona pellucida of the embryo. This opening allows
the embryo to leave its shell and
implant into the uterus. (Figure 8)
|

>Figure
8
Assisted Hatching involves making
a small hole in the zona pellucida of the embryo.

>Figure
9
Cytoplasmic fragmentation
(small round cells on bottom left
of embryo)
can be a sign of reduced embryo quality.
|
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Embryo Biopsy for PGD -
How does PGD work?
Protocols
Preimplantation Genetic Screening (sometimes referred to as Preimplantation Genetic Diagnosis or PGD)
PGD
- Patients undergo In Vitro Fertilization to produce eggs
- These eggs are either fertilized by a procedure called Intracytoplasmic Sperm Injection (ICSI) using
- The embryo is biopsied on Day 3 of development and the "sex" and/or chromosomes of the embryo (up to 10) are determined by fluorescence in situ hybridization (FISH) which allows the number of X- and Y-bearing embryos to be sorted and the normal versus abnormal embryos to be segregated
Utility
- Help couples with chromosomally abnormal genotypes to produce normal offspring
- Help couples with only one sex represented in the offspring to "family balance" for the opposite sex in the offspring
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Blastocyst Culture and Transfer: Until recent years
most embryos produced in IVF were transferred on day
3 of development. Recently, with advances in our understanding
of the needs of developing embryos, our ability to produce
blastocysts in the laboratory has increased. Culturing
and transferring blastocysts on day 5 of development
allows us to maintain high pregnancy rates while transferring
fewer embryos to reduce the risk of multiple gestations.
Normally only 2 blastocyst stage embryos are transferred,
effectively eliminating the risk of multiple gestations
higher than twins. (Figure 6)
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Zygote
and Embryo Cryopreservation: Freezing of fertilized
oocytes (zygotes) and embryos is utilized when the number
of embryos produced during an ART cycle exceeds the
number necessary for a day 3 or day 5 embryo transfer.
Once frozen, these embryos may be thawed and transferred
in a subsequent cycle.
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FAQ's
Q. How
do I choose a doctor to treat us? Why do I need to see
a Reproductive Endocrinologist & Infertility specialist?
A. Understanding
the training and preparation physicians undergo to become
Reproductive
Endocrinologist & Infertility (RE&I) Specialists
will help you be better prepared to choose. RE&I
Specialists have: a) completed 4 years of medical school,
b) completed 4 years of general Obstetrics & Gynecology
specialty training, and c) completed 2-3 years of fellowship
specialty training in Reproductive Endocrinology and
Infertility.
Unlike general
OB/GYN doctors, RE&I specialists are thoroughly
trained in all aspects of reproductive health and they
have apprenticed themselves in the art of infertility
treatments. In addition to the high-tech assisted reproductive
technologies, your RE&I physician can treat a) hormone
imbalance as it relates to infertility; b) disorders
of the anatomy which may affect fertility, c) disorders
of sperm; d) disorders of eggs; and e) disorders of
fertilization, implantation, and early pregnancies.
The additional
specialty training beyond the OB/GYN specialty is invaluable.
Choosing a physician that is board certified in OB/GYN
and RE&I will significantly increase your chances
to become biological parents.
Q. What
are my chances of getting pregnant?
A. The chance
of becoming pregnant is very good for most couples.
In fact, in the first year of trying naturally, it is
approximately 80% to 90%. This is why it is a good idea
to seek medical help if you haven't become pregnant
within 1 year of trying (or 6 months if your age is
35 or over).
Q. Should
we be having intercourse every day to achieve pregnancy?
A. Normal
healthy sperm remain active in the woman's reproductive
system from 48 to 72 hours. Therefore, having intercourse
at 48-hour intervals near the time of ovulation is usually
more then adequate. Actually, once or twice a week is
usually enough. If the man has a low sperm concentration
that replenishes slowly, intercourse on a daily basis
may actually be counterproductive.
Q. Does
a diagnosis of infertility mean I am sterile?
A. Infertility
is not the same thing as sterility. About 90% of all
diagnosed infertility cases can be traced to specific
causes, and two of every three infertile couples that
seek treatment are able to have children.
Q. Does
treatment for all types of infertility involve 'high-tech"
procedures?
A. Many couples
are successful in their attempts to conceive utilizing
relatively simple and "low-tech" procedures.
Less than 2% of all couples seeking treatment will undergo
assisted reproductive technologies (ART).
Q. Is
ART considered experimental therapy?
A. ART is
not considered "experimental" medicine. The
American Society for Reproductive Medicine (ASRM) considers
IVF, GIFT, ZIFT, donor oocytes, embryo cryopreservation
and the use of ICSI for male infertility non-experimental.
These procedures are considered acceptable medical practice
and the standard of care in the United States and throughout
the world.
Q. How
successful are these procedures?
A. As in
any statistic, success rates vary depending on many
variables, such as, the age of the women and the presence
of a sperm problem. A successful pregnancy occurs naturally
for couples without fertility problems at approximately
20-25%. The success rate of low-tech procedures, such
as IUI and ovulation induction, is 19-29%. High tech
procedures (IVF) can be 30-50% per attempt. Click here to view our statistics.
Q. What
actually is In Vitro fertilization (IVF)?
A. In infertile
couples where women have blocked or absent fallopian
tubes, or when men have low sperm counts, IVF offers
a chance at parenthood to couples who would have no
hope of having a "biologically related" child.
In IVF, eggs
are surgically removed from the ovary and mixed with
sperm outside the body in a petri dish ("in vitro"
is Latin for "in glass"). After about 40 hours,
the eggs are examined to see if they have become fertilized
by the sperm and are dividing into cells. These fertilized
eggs (embryos) are then placed in the women's uterus,
thus bypassing the fallopian tubes.
Q. What
is Intracytoplasmic Sperm Injection (ICSI)?
A. In the
treatment of significant male infertility ICSI is a
method that involves the injection of a spermatozoon
(a single sperm) directly into the oocyte ("the
egg"). This procedure is accomplished outside of
the body in the laboratory.
Q. Does
In Vitro Fertilization work?
A. Yes. Since
1981, when IVF was introduced in the USA, more than
30,000 American babies have been born from IVF and over
50,000 from all assisted reproductive technologies (ART).
Q. Does
RMFC have a donor program?
A. Yes. We
have a large number of multi-national donors available
for our patients. All donors go through an extensive
screening program, including genetic testing, psychological
evaluation, and infectious disease screening.
Q. How
expensive is ART?
A. The expense
involved with creating a successful pregnancy usually
depends on the nature of the disorder being treated
and the age of the female partner. Understanding the
problem first is the most cost effective approach to
treating infertile couples. There is the generally held
belief that any infertility problem will cost many thousands
of dollars to treat and that the chances for success
are small. Over two thirds of all infertile couples
will achieve a child through infertility treatments.
Some couples and healthcare providers believe that surgery
is the least expensive option. Recent studies have shown
that achieving pregnancy through surgery can cost approximately
$70,000. The average cost to pregnancy after seeing
an RE&I specialist is $2000. The average cost using
oral fertility medicine and inseminations is $8000,
using injectible medicine and inseminations is $9000,
IVF $28,000 (based on three cycles for a women under
age 40). As you can see, ART generally costs much less
than surgery.
Q. Will
ART be covered by my health insurance plan?
A. Most insurance
companies cover the diagnostic testing and evaluation
for infertile couples. Each policy is different, but
most will cost share at least 50% of the diagnostics.
Some companies now even cover a portion of IVF. It is
a good idea to check with your insurance company or
your employers' benefits person to determine what is
covered by your policy.
Q. Does
RMFC offer financing?
A. RMFC has
agreements with local banks to assist patients with
financing. Also, several of the drug companies offer
financial assistance and discounts based on need. Our
IVF Coordinator and Patient Services Manager will be
able to assist you as necessary
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Donor
Program
Women
Helping Women
If you are
21 to 32, healthy and a nonsmoker, you may be able to
help a couple achieve their dream by becoming a egg
donor.
Please call
(719) 475-2229 and ask to speak to our Donor Coordinator
if you are interested or have any questions.
Minimum Compensation of $4,000 provided.
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3rd Party Reproduction
RFMC is proud to offer a multitude of 3rd party reproduction options to our patients:
- Egg Donor
- Shared Egg Donor
- Anonymous Egg Donor
- Known Egg Donor
- Gestational Carrier
- Known Gestational Carrier
- Anonymous Gestational Carrier
- Donor Embryos
- Donor Sperm
Since its inception (1999), RMFC has developed a world class Egg Donor Program. Most of our Donors are Colorado and New Mexico residents and we thoroughly evaluate their suitability.

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Shared Egg Donor Program - Woman-2-Women™
We have recently introduced our Woman-2-Women™ shared egg donor program. In this program women will be able to donate eggs to more than one couple and couples will be able to reduce the costs for a donor egg.

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Why choose the RFMC donor program?
- Easier access - Our RMFC donor program now has twice the number of donors.
- More choices - Two couples can now choose the same donor in the same cycle.
More rapid treatments - One donor can help two families at the same time.
- Lower costs - RMFC has reduced the fees associated for each shared donor, so costs are > 25% lower.
- Quicker turn-around time - If a patient does not get pregnant they can quickly find another donor
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Acupuncture Program

Dr. Cridennda (left) and Polasky (right)
Our Acupuncture Consortium was developed with the assistance of Dr. Diane K. Cridennda. Dr. Diane received her Doctor of Oriental Medicine in New Mexico in 1987. She practices in Colorado Springs as a Licensed Acupuncturist and Chinese Herbologist.

Dr. Diane act as a liaison to RMFC and many other local and national IVF programs. She is our Acupuncture Consortium Leader for Colorado and oversees New Mexico.
Dr. Diane Polasky has recently joined RMFC’s family as the Acupuncture Consortium leader in New Mexico. She owns her own practice and has been involved in teaching and treatments for many years.
Both Dr. Diane’s are dedicated to blending Eastern and Western Medicine to help couples create the family they desire.
RMFC believe s that we all have the right to reproductive choices. These choices should not be reserved to the well-to-do , our goal is to make IVF affordable, cost effective, efficacious and within reach of the common laborer.
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Financial
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IVF as low as $ 4750
Planning-4-Pregnancy is a shared risk plan. The goal is a fetal heart beat which is an excellent indication of a normal pregnancy that should go to term. This plan allows for up to 4 fresh IVF treatments cycles and as many frozen embryo transfer cycles (FET) as possible for one inclusive price, as low as $ 4750/Fresh IVF cycle. 
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Women-2-Women is an new program to help many couples benefit the generosity of women helping other women as egg donors. Reproductive Medicine & Fertility Center has shared and exclusive egg donor options to help reduce the cost and allow couples to proceed in a timely manner.
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Deposits and Payment Plans: Not everyone can go to their savings and have the cash necessary for infertility care. Reproductive Medicine & Fertility Center has made IVF available to almost everyone by allowing for a down payment followed by monthly payment plan. Payment plans over 2 to 3 years can start as low as $ 201.88 per month.
RMFC believes that we all have the right to reproductive choices. These choices should not be reserved to the well-to-do , our goal is to make IVF affordable, cost effective, efficacious and within reach of the common laborer.
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© 2002 Reproductive Medicine & Fertility Center
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PO Box 50, Gladstone, NJ. 07934
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