• Treatment plan
• Electronic Identification RI Witnessing
• Preparation of partner/donor sperm in the lab
• IUI procedure (transfer of sperm into the uterine cavity). Additional fees: visits, ultrasound scans, analyses, donor sperm, coordination fee for patients living abroad.

Intrauterine insemination (IUI) is one of the closest procedures to natural fertilisation, which involves timing the ovulation of the egg and transferring washed sperm from a partner or donor into the uterus using a small catheter.

This procedure is indicated in the following cases:

• Mild to moderate deviation from normal semen parameters.
• Mild to moderate cervical alteration.
• Mild to moderate variation to the uterine lining.
• Absence of a male partner and the need to use donor sperm.
• Use of donor sperm in the case of male azoospermia (complete absence of sperm).
• Certain genetically inherited diseases in the male partner (which cannot be prevented by embryo diagnosis and requires the use of donor sperm).

• • Creation of the treatment plan
  • Consultation with IVF nurse
  • Interpretation of analyses
  • Electronic identification RI Witnessing
  • Ovarian puncture, anaesthesia
  • Laboratory procedures
  • In vitro fertilisation IVF (surcharge of 700 eur for ICSI)
  • Embryo cultivation in EmbryoScope incubator
  • Embryo evaluation with AI program CHLOE
  • Culturing to Day 6 (blastocyst stage)
  • Embryo transfer in EmbryoGlue media

  Additional fees: visits, ultrasound scans, drugs, ICSI, embryo freezing and storage, coordination fee for a patients living abroad.

IVF, or in vitro fertilisation, is one of the most widely used fertility treatments in the world, where egg fertilisation and embryo development take place in a laboratory. It involves ovarian stimulation, ultrasound monitoring, ovarian puncture, in vitro fertilisation either by IVF (classical) or ICSI (micro-injection of sperm into the oocyte), embryo culture in an EmbryoScope incubator, embryo transfer into the uterus.

In vitro fertilisation and its success are individual and depend on the causes of the infertility. On average, around 30% of procedures are successful.

• Choice of a suitable egg donor
• Donor’s medication and compensation
• Treatment plan creation for patient and donor
• Consultation with IVF nurse
• Consultation with donor coordinator/ IVF experience adviser
• Interpretation of analyses
• Electronic identification RI Witnessing
• Donor ovarian puncture and post-procedure monitoring
• Laboratory procedures
• IVF/ICSI procedure
• Embryo culture in EmbryoScope incubator
• Embryo evaluation with the AI programme CHLOE
• Culture up to Day 6 (Blastocyst stage)
• Embryo transfer in EmbryoGlue media

The use of donor oocytes is indicated when a woman has a very low chance of conception with her own oocytes due to very low reserve or age-related barriers. IVF with donor eggs involves fertilisation and embryo cultivation of donor eggs in the laboratory, with the developing embryo being transferred into the womb of the intended mother.

• Electronic identification RI Witnessing
• Ovarian puncture under anaesthesia
• Oocyte freezing
• Frozen oocyte storage in Next Fertility Nordic’s biobank (2 months storage included)

Fertility preservation, i.e. the storage of frozen eggs, is recommended for women who wish to postpone family planning. If a child cannot be conceived naturally at a later age, it is possible to use these previously frozen own oocytes, and fertilise them in the lab (in vitro fertilisation, IVF).

Freezing eggs does not guarantee a baby, but the use of eggs that were frozen at a younger age significantly increases the success of the future IVF treatment and the likelihood of a healthy baby.