3хIVF Package
with PGT-A and
Live Birth 80%
Money Back Guarantee
with PGT-A and
Live Birth 80%
Money Back Guarantee
In one of the most technologically advanced clinic in Russia
Some of the best reproductive specialists in Russia
Learn more
Until May 31
Biotech
Answering the important questions
Personal
24/7 physician advisor
Innovative multidisciplinary
medical center
Doctors
Service
3хIVF Package with PGT-A and Live Birth 80% Money Back Guarantee
Equipment for ART and Biotechnology Labs
IVF treatment
A method of fertility treatment in which fertilization of the eggs takes place outside the human body in a laboratory setting with the embryo transfer into the uterine cavity.
Stages of treatment
1. Ovarian stimulation
2. Oocyte retrieval
3. In-Vitro fertilization/ICSI
4. Embryo Culture and Assessment
5. Embryo transfer
6. Pregnancy test
2. Oocyte retrieval
3. In-Vitro fertilization/ICSI
4. Embryo Culture and Assessment
5. Embryo transfer
6. Pregnancy test
It is indicated in cases of
Ovarian and uterine malformations
Endocrine infertility
Sexual dysfunction
Male factor infertility
Hereditary disorders
Immunological infertility
Incompleteness or absence of fallopian tubes
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Submit a request for a free online consultation
1. Ovarian stimulation involves taking daily injections of hormones. This step lasts for approximately 10-12 days. Women normally produce one egg with each natural cycle. The goal of ovarian stimulation is to encourage multiple follicles to grow in order to collect a greater number of eggs.
2. Oocyte retrieval
An egg retrieval is scheduled 36 hours after final trigger injection. During this short surgical procedure, the follicles are aspirated to collect the eggs contained inside. This procedure is performed under sedation and lasts for about 15-20 minutes under ultrasound control.
3. In-Vitro fertilization/ICSI
The oocytes are fertilised in the lab by introducing a prepared sperm sample from the male partner or a donor.
There are two ways to fertilise the eggs:
• Conventional IVF: This involves mixing each egg with drops of prepared semen in a culture dish to simulate the natural fertilisation process.
• Intracytoplasmic Sperm Injection (ICSI): This technique involves injecting a single, healthy sperm cell into the centre of a mature egg to assist fertilisation.
The key point in the programme. The male and female germ cells obtained are placed in special conditions that are as close as possible to those of the female body.
4. Embryo Culture and Assessment
During IVF, your embryos are cultured for up to five days in a temperature-controlled incubator. Each day the embryos are evaluated for quality and development.
5. Embryo transfer
On Day 5 after pick-up we choose the best embryo for the transfer to the uterus. The procedure takes place in an operating theatre, but it is quick and painless. It is an outpatient treatment, which does not require any type of anaesthesia. The embryo transfer catheter is loaded with the embryo and the physician passes it through the cervical opening up to the middle of the uterine cavity. Abdominal ultrasound is used simultaneously to watch the catheter tip advance to the proper location. After you can have a rest in a comfort room and the doctor gives the prescription for the post transfer period. The remaining embryos are cryopreserved
6. The pregnancy test is scheduled 10-12 days after the transfer. When the first pregnancy test is positive, a repeat value is obtained approximately 48 to 96 hours later. To confirm the positive pregnancy test, an obstetrical ultrasound is made a week following the second pregnancy test.
2. Oocyte retrieval
An egg retrieval is scheduled 36 hours after final trigger injection. During this short surgical procedure, the follicles are aspirated to collect the eggs contained inside. This procedure is performed under sedation and lasts for about 15-20 minutes under ultrasound control.
3. In-Vitro fertilization/ICSI
The oocytes are fertilised in the lab by introducing a prepared sperm sample from the male partner or a donor.
There are two ways to fertilise the eggs:
• Conventional IVF: This involves mixing each egg with drops of prepared semen in a culture dish to simulate the natural fertilisation process.
• Intracytoplasmic Sperm Injection (ICSI): This technique involves injecting a single, healthy sperm cell into the centre of a mature egg to assist fertilisation.
The key point in the programme. The male and female germ cells obtained are placed in special conditions that are as close as possible to those of the female body.
4. Embryo Culture and Assessment
During IVF, your embryos are cultured for up to five days in a temperature-controlled incubator. Each day the embryos are evaluated for quality and development.
5. Embryo transfer
On Day 5 after pick-up we choose the best embryo for the transfer to the uterus. The procedure takes place in an operating theatre, but it is quick and painless. It is an outpatient treatment, which does not require any type of anaesthesia. The embryo transfer catheter is loaded with the embryo and the physician passes it through the cervical opening up to the middle of the uterine cavity. Abdominal ultrasound is used simultaneously to watch the catheter tip advance to the proper location. After you can have a rest in a comfort room and the doctor gives the prescription for the post transfer period. The remaining embryos are cryopreserved
6. The pregnancy test is scheduled 10-12 days after the transfer. When the first pregnancy test is positive, a repeat value is obtained approximately 48 to 96 hours later. To confirm the positive pregnancy test, an obstetrical ultrasound is made a week following the second pregnancy test.
PGT-A
PGT-A, or preimplantation genetic testing for aneuploidies, is a comprehensive screening performed on embryos before transfer. This test reveals the number and structure of chromosomes (bearing genetic material) in each tested embryo.
Stages of treatment
1. Egg Fertilization. After fertilization the embryos grow in the lab for 5-6 days and become blastocysts.
2. Embryo Biopsy + Freezing. Blastocysts with good morphology are biopsied on Days 5-6.
3. Genetical tests. There are several methods for PGT-A, the most modern and reliable is next generation sequencing (NGS). It takes around two weeks to gain the results from the genetic lab for each embryo.
4. Frozen Embryo Transfer. When the genetic results are ready, and at least one euploid embryo is available based on PGT-A result, the preparation of endometrium for embryo transfer begins. On the day of transfer an embryologist thaws the chosen embryo and prepares it for transfer.
2. Embryo Biopsy + Freezing. Blastocysts with good morphology are biopsied on Days 5-6.
3. Genetical tests. There are several methods for PGT-A, the most modern and reliable is next generation sequencing (NGS). It takes around two weeks to gain the results from the genetic lab for each embryo.
4. Frozen Embryo Transfer. When the genetic results are ready, and at least one euploid embryo is available based on PGT-A result, the preparation of endometrium for embryo transfer begins. On the day of transfer an embryologist thaws the chosen embryo and prepares it for transfer.
It is indicated in cases of
Recurrent Early Pregnancy Loss
Chromosomal rearrangements in karyotype of one of patients
Advanced Maternal Age
1. Egg Fertilization. After fertilization the embryos grow in the lab for 5-6 days and become blastocysts. During that time, natural selection is in action, so on average only half of the fertilized eggs reach blastocyst stage. Those that stopped their development are believed to be genetically incompetent. Embryos can also stop during the early stage of pregnancy or after embryo transfer because of it.
2. Embryo Biopsy + Freezing. Blastocysts with good morphology are biopsied on Days 5-6. During the biopsy an embryologist takes 3-7 cells from the outer part of the blastocyst (trophectoderm, TE). The inner cell mass (ICM) of the blastocyst remains intact, so there is no harm to the future baby. Biopsies from each blastocyst are marked and sent to the genetics lab for analysis. Then the blastocysts are frozen and stored individually.
3.Genetical tests. There are several methods for PGT-A, the most modern and reliable is next generation sequencing (NGS). It takes around two weeks to gain the results from the genetic lab for each embryo.
4. Frozen Embryo Transfer. When the genetic results are ready, and at least one euploid embryo is available based on PGT-A result, the preparation of endometrium for embryo transfer begins. On the day of transfer an embryologist thaws the chosen embryo and prepares it for transfer.
2. Embryo Biopsy + Freezing. Blastocysts with good morphology are biopsied on Days 5-6. During the biopsy an embryologist takes 3-7 cells from the outer part of the blastocyst (trophectoderm, TE). The inner cell mass (ICM) of the blastocyst remains intact, so there is no harm to the future baby. Biopsies from each blastocyst are marked and sent to the genetics lab for analysis. Then the blastocysts are frozen and stored individually.
3.Genetical tests. There are several methods for PGT-A, the most modern and reliable is next generation sequencing (NGS). It takes around two weeks to gain the results from the genetic lab for each embryo.
4. Frozen Embryo Transfer. When the genetic results are ready, and at least one euploid embryo is available based on PGT-A result, the preparation of endometrium for embryo transfer begins. On the day of transfer an embryologist thaws the chosen embryo and prepares it for transfer.
Sign up for a free webinar on May 25 at 18:00
What we'll talk about at the webinar
1. Formula for success ivf
2. The stages of the IVF cycle
3. Peculiarities and consequences of the treatment.
4. The importance of PGT-A
5. Online tour of the IBC clinic
6. Details of the flight, hotel registration and payment methods.
2. The stages of the IVF cycle
3. Peculiarities and consequences of the treatment.
4. The importance of PGT-A
5. Online tour of the IBC clinic
6. Details of the flight, hotel registration and payment methods.
By clicking the button I consent to the processing of personal data
Individual approach
The more accurate information about your medical history you give us, the more accurate prognosis and more successful strategy we can offer.
When you come to us, we will be glad to meet you and will make every effort so that in the foreseeable future we achieve our mutual result — a baby in your arms.
Before the consultation, we will ask you to provide us with detailed information about your medical history, test results and journals about your previous IVF attempts. This is usually dozens of pages of valuable information!
To discuss your individual situation, calculate the number of IVF attempts with own eggs till live birth and talk about possible alternatives, such as egg donation, embryo adoption or combined packages, please book a consultation with one of our expert doctors.
We spend around 6-8 hours studying previous documentation of each new patient. This helps us turn the years of previous bad luck into your potential happy future.
We are always there for you
Each patient is assigned a personal physician-curator
On call 24/7
Included
in the cost
of treatment
Throughout the treatment
You can contact
the doctor in any convenient way
The doctor will answer your concerns and help you stay calm
It's not scary with us
Head of the Department of ART
Obstetrician-gynecologist
Obstetrician-gynecologist
Embryologist
Reproductologist
Reproductologist
Senior Embryologist
Candidate of Medical Sciences
Verkhovnikova
Baranova
Baisarova
Tatiana
Julia
Alexandra
Personal stories
Leave a request for an appointment
to see Tatyana Sergeevna Verhovnikova!
to see Tatyana Sergeevna Verhovnikova!
Tatiana Sergeevna Verhovnikova
Head of the ART Department, Candidate of Medical Sciences, Obstetrician-Gynecologist
Experience of 14 years
Diagnostics and treatment of infertility, knowledge of all modes of ART. Treatment of prematurity.
Preparation and conduct of IVF/ICSI, VMI, all types of donor programs. Aspiration biopsy. Ultrasound diagnostics.
Treatment profile:
- Female infertility.
- Ovarian exhaustion syndrome.
- Decreased ovarian reserve
- Thin endometrium
- Ovarian dysfunction
Education:
2008 - Samara State Medical University (general medicine)
Basic education
2009 - Samara State Medical University (obstetrics and gynecology)
Internship
2013 - Peoples' Friendship University of Russia (PFUR) (endocrine aspects of reproductive health)
Advanced training
2016 - I. M. Sechenov First Moscow State Medical University (Moscow). I.M. Sechenov First Moscow State Medical University (HART in treatment of female and male infertility)
Post-graduate education
Professional awards
2016 - Diploma of the Ministry of Health of the Samara region
Experience of 14 years
Diagnostics and treatment of infertility, knowledge of all modes of ART. Treatment of prematurity.
Preparation and conduct of IVF/ICSI, VMI, all types of donor programs. Aspiration biopsy. Ultrasound diagnostics.
Treatment profile:
- Female infertility.
- Ovarian exhaustion syndrome.
- Decreased ovarian reserve
- Thin endometrium
- Ovarian dysfunction
Education:
2008 - Samara State Medical University (general medicine)
Basic education
2009 - Samara State Medical University (obstetrics and gynecology)
Internship
2013 - Peoples' Friendship University of Russia (PFUR) (endocrine aspects of reproductive health)
Advanced training
2016 - I. M. Sechenov First Moscow State Medical University (Moscow). I.M. Sechenov First Moscow State Medical University (HART in treatment of female and male infertility)
Post-graduate education
Professional awards
2016 - Diploma of the Ministry of Health of the Samara region
Julia Baranova
Obstetrician-gynecologist, reproductologist
Experience of 17 years
Participant and speaker at international and Russian congresses.
Education:
2005 - Samara State Medical University,
2007 - Clinical residency at the Department of Obstetrics and Gynecology at Samara State Medical University.
2021 - International Institute of Integral Preventive and Anti-Aging Medicine "PreventAge
Experience of 17 years
Participant and speaker at international and Russian congresses.
Education:
2005 - Samara State Medical University,
2007 - Clinical residency at the Department of Obstetrics and Gynecology at Samara State Medical University.
2021 - International Institute of Integral Preventive and Anti-Aging Medicine "PreventAge
Baisarova Alexandra Alexandrovna
Senior Embryologist, Department of IVF
Senior embryologist of the Department of ART. 12 years of experience
Education:
2007 - Samara State Medical University (medical sciences)
Basic education
2010 - Samara State Medical University (therapy)
Internship
Professional development
2014 - "ICSI Program", Samara State Medical University
2014 - IVF Program, Samara State Medical University
2014 - Interregional conference "Women's health: advanced technologies in practical medicine", Samara.
2014 - "Modern Reproductive Technologies: Infection Safety in ART Routine Practice", Moscow
2014 - XXIV International Conference "Reproductive Technologies Today and Tomorrow", Yaroslavl
2015 - XXV Jubilee International Conference "Reproductive Technologies Today and Tomorrow", Sochi
2015 - Seminar "Selection of gametes and embryos. PGD. Bank of donor gametes and embryos".
2016 - Scientific-practical seminar "Key aspects of the modern embryological stage of ART programs", Samara.
2016 - XXVI International conference "Reproductive technologies today and tomorrow", Moscow
2016 - Seminar "New in Preimplantation Genetic Diagnostics", Moscow
2016 - XXVI International Conference "Reproductive Technologies Today and Tomorrow", Moscow
2018 - Scientific-practical seminar "Quality control system in a modern ART laboratory: from theoretical knowledge to practice", Samara
2019 - Scientific and Practical Seminar "Golden Standards of Cultivation in the ART Laboratory and New Trends", Samara
Senior embryologist of the Department of ART. 12 years of experience
Education:
2007 - Samara State Medical University (medical sciences)
Basic education
2010 - Samara State Medical University (therapy)
Internship
Professional development
2014 - "ICSI Program", Samara State Medical University
2014 - IVF Program, Samara State Medical University
2014 - Interregional conference "Women's health: advanced technologies in practical medicine", Samara.
2014 - "Modern Reproductive Technologies: Infection Safety in ART Routine Practice", Moscow
2014 - XXIV International Conference "Reproductive Technologies Today and Tomorrow", Yaroslavl
2015 - XXV Jubilee International Conference "Reproductive Technologies Today and Tomorrow", Sochi
2015 - Seminar "Selection of gametes and embryos. PGD. Bank of donor gametes and embryos".
2016 - Scientific-practical seminar "Key aspects of the modern embryological stage of ART programs", Samara.
2016 - XXVI International conference "Reproductive technologies today and tomorrow", Moscow
2016 - Seminar "New in Preimplantation Genetic Diagnostics", Moscow
2016 - XXVI International Conference "Reproductive Technologies Today and Tomorrow", Moscow
2018 - Scientific-practical seminar "Quality control system in a modern ART laboratory: from theoretical knowledge to practice", Samara
2019 - Scientific and Practical Seminar "Golden Standards of Cultivation in the ART Laboratory and New Trends", Samara
Answering the important questions
Can a baby be born with an abnormality?
This risk increases with the age of the woman, but we have a technique that helps us to know the genetics of the embryo before it attaches in the uterine cavity. Our goal is to minimize the risk of having a child with abnormalities,
so we recommend not to skip the PGT procedure during the IVF treatment
1. Write down all your questions beforehand,
so you don't forget anything at the appointment
2. Bring copies of all of your surgeries, exams and treatments
3. Trust your doctors, because they have helped thousands of babies be born
How do I prepare for my first fertility appointment?
According to the WHO, the reproductive age of a woman ends at 44 years old. It is important to consult a specialist in time to evaluate the ovarian reserve, we recommend taking care of this issue before the age of 35 to increase the probability of having a healthy baby
How old can I try?
Does IVF hurt?
What if the gynecologist says that everything is fine, but pregnancy does not occur?
Is it possible to get pregnant with menopause?
The most painful stage of IVF is a transvaginal puncture (egg collection), it takes place under general anesthesia and lasts 15-20 minutes.
If pregnancy does not occur, then you need to go to a reproductologist, who will prescribe an in-depth examination, as well as a spouse's examination.
Yes, with menopause, you can get pregnant using donor eggs
3хIVF Package with PGT-A and Live Birth 80% Money Back Guarantee
Individual treatment planning and coordination, medical and nursing care in Samara, continuation of care via phone/E-Mail on your return to home country until live birth is achieved.
Fixed discounted price of 17 900 EUR for up to 3 IVF (ICSI) cycles with PGT-A including all embryo transfers of all suitable for use blastocysts (if available), one hysteroscopy and one ERA test (if necessary) until live birth is achieved.
Fixed discounted price of 17 900 EUR for up to 3 IVF (ICSI) cycles with PGT-A
Until May 31
IVF(ICSI) cycle with PGT-A — a procedure that includes ovarian stimulation, egg retrieval, fertilization of the eggs with IVF (in-vitro fertilization) or ICSI (intracytoplasmic sperm injection to cytoplasm of an egg) method, cultivation till the blastocyst stage, biopsy and cryopreservation of blastocysts (if any available), PGT-A.
80% of the received amount will be refunded if no baby is born after transfers of all usable embryos received during 3 IVF (ICSI) cycles with PGT-A within the validity of the contract.
IVF(ICSI) cycle with PGT-A
Each IVF (ICSI) cycle with PGT-A includes:
Possible additional costs:
Live Birth 80% Money Back Guarantee
Individual stimulation plan
Medical coordination before, during and after each visit
Egg retrieval under general anesthesia
Fertilization of the retrieved eggs via IVF (ICSI if required)
Cultivation of fertilized eggs till blastocyst stage
Biopsy of blastocysts
Cryopreservation of blastocysts
PGT-A testing
Laboratory tests required by the Ministry of Health for fertility patients for the Patient and her Partner
Blastocyst transfer cycle — cycle of transfer of a suitable for use blastocyst (if any available) to the uterus, includes medical preparation from the first day of the transfer cycle, thawing of the blastocyst and the actual transfer of the blastocyst into the uterine cavity.
Blastocyst transfer cycle
Each blastocyst transfer cycle includes:
Individual treatment plan for the blastocyst transfer
Donor sperm — 750-850 EUR per IVF (ICSI) cycle
Additional hysteroscopy — 1290 EUR
Individual laboratory tests
Medical coordination before, during and after each visit
Thawing of a suitable for use blastocyst
Blastocyst transfer
Additional medical services (if necessary) such as one hysteroscopy, one ERA test, laboratory tests for the Patient and her Partner, cryopreservation and storage of the Partner's / Donor's sperm within the duration of the Contract are included.
Laboratory tests required by the Ministry of Health for fertility patients for the Patient and her Partner
You are not obligated to complete all cycles and may withdraw from the treatment between the cycles and still get a refund.
Stages of the service
Online consultation
1
Payment for treatment
3
Help with buying tickets
5
2
Help with buying tickets and hotel reservations
6
Online health monitoring
4
Treatment process
By clicking the button I consent to the processing of personal data
Submit a request for a free online consultation
Why patients choose us
Probability of pregnancy 85%
Quality of doctors, service and rooms
We will refund 80% of the cost if the treatment fails
Welcome to IBC
Biotechnologies
We have an international team of professionals working in the field of Regenerative medicine and Stem Cell Biotherapy, created by people with professional experience in the field of health care for more than 18 years.
Exosome-based therapeutics, advanced stem cell and PRP therapy for the treatment of Infertility are available to you in IBC!
Stem cell therapy
PRP therapy
Exosome therapy
Our team has access to the first accredited stem cell facility in Russia. Also we have our own biotech laboratory, where we are able to prepare and activate stem cells using different methods. The stem cells can be delivered from trusted donors or from the patient. We use hematopoietic cells, mesenchymal cells from different sources and endometrial cells for clinical purposes. The stem cells have ability to regulate own cells and restore lost organ functions. The safety of the cells is strictly controlled by the lab validated quality system.
We have developed intellectual Platelet Rich Plasma (iPRP) therapy. In this treatment patient`s own blood serum enriched with platelets is used. Our team reinvented classical platelet rich plasma technology to make it more efficient.
The regenerative effect of PRP lies in the high concentration of growth factors, cytokines, chemokines and other regulatory molecules found in platelet alpha granules, which have been reported to stimulate cellular anabolism, induce anti-inflammatory modulators and support fibrinogen generation, which acts as a scaffold for regenerating tissues.
PRP therapy is widely used in the treatment of thin endometrium and implantation disorders, and has already shown to be effective.
We have developed and patented a unique method for isolating exosomes (regenerative substances) of multipotent mesenchymal Stem Cells. To date, using exosomes is the most promising direction in Regenerative medicine for regulating the functions of tissues and organs lost due to damage or disease. And we conduct our global clinical research on the use of cellular products to treat various diseases, including primary ovarian insufficiency, low ovarian reserve and thin endometrium.
At present, PRP therapy is also used for low functional ovarian reserve. The procedure involves injection of PRP into each over under ultrasound control and general sedation. The growth factors released from platelets may induce the transformation of germline stem cells into primordial follicles, thus replenishing a diminished follicle pool.
In terms of Infertility treatment these biotechnologies are used for the following conditions:
PRP therapy for low functional ovarian reserve
Infertility treatment these biotechnologies
Low ovarian reserve
Thin endometrium and implantation disorders
Hormone dysregulation
3хIVF Package with PGT-A
and Live Birth 80%
Money Back Guarantee
and Live Birth 80%
Money Back Guarantee
By clicking the button I consent to the processing of personal data
Introduce you to the doctor who will accompany you throughout the IVF cycle
area
2
3500м
directions
10+
departments
8
department
ART
floors
6
Запишитесь на консультацию и мы свяжемся с вами в ближайшее время!
