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Practical info · Biotechnology

Bioscience
Institute

Bioscience Institute is based in the territory of the Republic of San Marino, a biotech centre specialised in cell culture and in the autologous cryopreservation of stem cells. The facility operates as a private institution and has obtained international recognition in research on regenerative therapies.

Storage temperature
-196 °C
Storage duration
20 yrs
Processing within
72 h

Source: Bioscience Institute · bioinst.com

Bioscience Institute laboratory in San Marino, cryopreservation area
Laboratories · Cryopreservation
Stem cells in nitrogen vapours
§ I — A biotech hub

Cell culture and cryopreservation

Bioscience Institute is a private scientific entity active in San Marino in the research and clinical applications related to stem cells. The laboratories perform autologous cryopreservation of stem cells from umbilical cord blood, adipose tissue, amniotic fluid and fibroblasts. The facility was the first private stem cell biobank active on the Italian peninsula.

Procedures, technologies and laboratory organisation meet standards certified by international bodies. The Institute operates in cooperation with clinical and university networks and periodically publishes contributions on research in cell therapies.

«The stem cells of cord blood are an individual biological resource. Autologous preservation makes that resource available to the patient without the search for a compatible donor.»
§ II — Stem cells

What they are and what they are for

Stem cells are immature cells, not yet specialised. They have the ability to reproduce into other stem cells and to generate precursor cells of specialised cells, destined to transform into the cells of tissues and organs. They provide the body with the cellular turnover necessary for the maintenance and regeneration of tissues damaged by ageing, illness or trauma.

The haematopoietic stem cells contained in cord blood generate white and red blood cells and platelets, like those of bone marrow. Their transplant can be used in the treatment of leukaemias, lymphomas, anaemias, myelomas, bone marrow aplasias, thalassaemias and some immunodeficiencies.

§ III — From the delivery room to the laboratory

The path of the sample

Phases of cryopreservation of stem cells from cord blood at Bioscience Institute.
Phase Activity
1. CollectionCollection of cord blood immediately after birth, both for natural and caesarean delivery. Painless procedure for mother and newborn.
2. TransportShipment of the bag in a pressurised thermal container, by dedicated courier, to the laboratories of San Marino.
3. Analysis and extractionWithin 48-72 hours of birth, sample analysis and extraction of stem cells from the other blood components.
4. PreservationGradual lowering of the temperature down to -196 °C. Storage in cryogenic container for twenty years.

Reference flow declared by the Institute. The specific operational conditions are published on the official website bioinst.com.

§ IV — Research and therapies

Regenerative medicine perspectives

Alongside the consolidated clinical applications, therapies based on stem cells are in development for degenerative diseases, cardiovascular conditions and other situations today without definitive pharmacological responses. The scientific debate around embryonic stem cells remains open: Bioscience Institute works on adult stem cells, free from the ethical issues linked to totipotent embryonic ones.

FAQ · Useful answers

Frequently asked questions

What is Bioscience Institute?
A biotech centre based in the Republic of San Marino, specialised in cell culture and in the autologous cryopreservation of stem cells for personal or family use.
Which types of stem cells can be preserved?
Stem cells from umbilical cord blood, adipose tissue, amniotic fluid and fibroblasts. Cryopreservation takes place in nitrogen vapours at controlled temperature.
Why preserve the stem cells of the umbilical cord?
Cord blood contains haematopoietic stem cells, used in the treatment of leukaemias, lymphomas, anaemias, bone marrow aplasias, thalassaemias and some immunodeficiencies. Autologous preservation avoids the search for a compatible donor when needed.
How do the samples reach the laboratory?
From birth. The collection is painless and takes place immediately after delivery, both for natural and caesarean birth. The sample is shipped in a pressurised thermal container and processed within 48-72 hours.
For how long are the cells preserved?
Up to twenty years, in nitrogen vapours at about -196 °C. Laboratory procedures meet standards certified by international bodies.