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The Significance of Biobanking in the Sustainability of Biomedical Research: a Review

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The Significance of Biobanking in the Sustainability of Biomedical Research: a Review REVIEW ARTICLE Iranian Biomedical Journal 24 (4): 206-213 July 2020 The Significance of Biobanking in the Sustainability of Biomedical Research: A Review Mahshid Zohouri and Abbas Ghaderi* Shiraz Institute for Cancer Research, School of medicine, Shiraz University of Medical Sciences, Shiraz, Iran Received 4 September 2019; accepted 18 January 2020; published online 12 February 2020 ABSTRACT Biobank, defined as a functional unit for facilitating and improving research by storing biospecimen and their accompanying data, is a key resource for advancement in life science. The history of biobanking goes back to the time of archiving pathology samples. Nowadays, biobanks have considerably improved and are classified into two categories: diseased-oriented and population-based biobanks. UK biobank as a population-based biobank with about half a million samples, Biobank Graz as one of the largest biobanks in terms of sample size, and IARC biobank as a specialized WHO cancer agency are few examples of successful biobanks worldwide. The present review provides a history of biobanking, and after presenting different biobanks, we discuss in detail the challenges in the field of biobanking and its future, as well. In the end, ICR biobank, as the first cancer biobank in Iran established in 1998, is thoroughly described. DOI: 10.29252/ibj.24.4.206 Keywords: Biobank, Cancer, Iran, Personalized medicine Corresponding Author: Abbas Ghaderi Shiraz Institute for Cancer Research, School of Medicine, Shiraz University of Medical Sciences, Shiraz, Iran; Tel.: (+98-713) 2303687; Fax: (+98-713) 2304952; E-mail: [email protected] efinition of biobank Importance of biobanking The term “biobank” refers to the collection As reported by TIME magazine in 2009, biobank of plants and animals as well as human was among the list of the “10 ideas changing the world D [1] specimens . Herein, we talk about human biobanks as right now”, which asserts the importance of a connecting unit between clinic and research, the biobanking[6]. Biomedical research is greatly dependent development of which is necessary to enable valuable on high-quality specimens and their large numbers. translational research[2]. Biobank is globally defined as The limited number of biospecimen samples will a functional unit to facilitate the access of researchers restrict the scope of questions that may be addressed in to high-quality samples and their connected data[3]. the field of research, hence preventing researchers from BBMRI has also described biobanking as a unit answering larger questions and generalizing findings containing biological samples and associated across patient populations. On the other hand, the information, which is crucial raw materials for the quality of biospecimens affects the quality of development of biotechnology, human health, and biomedical research so that biospecimens of unknown research in life science[4]. Generally, the definition of or poor quality can invalidate research findings[7,8]. biobank can be divided into three parts: biological Meanwhile, progress in the fight against cancer is human materials, connected information, and legal influenced by the limited access to high-quality issues such as consent and individual’s/patient’s data biospecimens[9]. Translational research, defined as an protection and safety[5]. enterprise of gathering basic sciences to manufacture List of Abbreviations: BBJ, BioBank Japan; BBMRI, Pan-European Biobanking and Biomolecular Resources Research Infrastructure; BC, British Columbia; BRN, Biospecimens Research Network; caHUB, Cancer Human Biobank; GLOBACAN, Global Cancer incidence, mortality, and prevalence; IARC, The International Agency for Research on Cancer; IBB, IARC biobank; ICR, Iranian Cancer Research; OBBR, Office of Biorepositories and Biospecimen Research; OECD, Organization for Economic and Cultural Development; WHO, the World Health Organization Zohouri & Ghaderi Significance of Biobanking new treatment options for patients, is highly dependent Population-based biobanks on the size of the resources[10,11]. Nowadays, Longitudinal population-based biobank is the most translational “cancer” research is thriving to reverse the common format. In such a population cohort, at the rising gradient of cancer mortality and morbidity by time of entry and at certain times in follow-up, blood using molecular and clinical data from each patient, to or isolated DNA, along with data about lifestyle, develop more targeted therapies with lower adverse family history, environmental exposure, etc., is effects, as well as to determine disease predisposition collected from a general population who might or that could help early detection and prevention of might not have a specific disease. Its main goal is cancer[9]. achieving susceptibility biomarkers, environmental risk factors, and predisposing genetic variants in healthy History of biobanking individuals. A major issue arises from this category Biobanking is a “long-existing” activity and at the with this format is that investigation can only be same time a progressively complex “young discipline”. initiated after follow-ups for about 10–15 years when they have access to the minimum amount of samples of The history of biobanking can stretch as far as the time [10,18,19] when clinical samples of pathology were first a specific disease . archived[2]. However, the history of real biobanks is Disease-oriented general biobanks not long and dates back to about 30 years ago when the This type of biobanks (i.e. tumor banks) focuses on first repositories randomly collected information and [5] discovering biomarkers of disease as well as predicting samples created . For over 100 years, human progression of the disease, mortality, and response to specimens have been stored at worldwide institutions [12] treatment, through prospective and/or retrospective . Mayo Clinic, one of the oldest medical centers, has collections of samples (tissue and isolated cells) and archived all tissue slides and blocks since 1907. HeLa blood derivate (proteins/RNA/DNA) or other body cell is the oldest (February 1951) and most commonly [13,14] fluids. Samples are usually associated with clinical used human cell line from cervical cancer . It data, the amount of which will determine the biological is a novel example of this kind of collection value of the sample[10,18]. Disease-oriented biobank that has unimaginably influenced research. provides an infrastructure for the collection and Development of polio virus vaccine, success in gene storage of samples from different types of diseases; mapping, cancer research, the effects of radiation therefore, the high number of represented diseases is and toxic substances, research in AIDS and many their specific strength. A large number of samples other fields of medicine are owed to this [15] lead to the identification of different pathways, special biospecimen . Moreover, HeLa cells have which in turn leads to new target therapies that are key been used to test human sensitivity to glue, [20] [16] to the advancement of personalized medicine . The cosmetics, tape, and many other products . two mentioned types of biobanks are connected as a Biobanking has been changing since the past 30 years, result of prospective population-based biobanks starting from the small, university-based repositories complementing disease-oriented biobanks, in which and reaching the current large, population-based they can find predictive biomarkers for the onset of biobanks. Similarly, the biospecimens-associated data diseases. An optimal scenario for the case-control have become more complex, going from basics (i.e. studies would happen if we follow individuals in years data collection) to modern-day extensive information and use their samples for both case and control after sets (i.e. participant phenotype, genetics, proteomics, [4] [1] developing the desired disease . etc.) . Cancer biobanks Category of biobanks Cancer biobanks, as a subtype of disease-based The classification of biobanks is mainly performed biobanks, are essential for evolution in cancer based on multiple designed approaches. Rebulla treatment. Almost all aspects of cancers are affected by et al.[17] have categorized biobanks into six categories, biobanking like pathogenesis, diagnosis, treatment, and including tissue (collection during diagnostic prognosis[21]. The oncology of the 20th century focuses procedures for clinical pathology), twin, population, on generic therapeutic regimens based on phenotypic disease, organ, and nonhuman biobanks. One of the and morphologic tumor classification. Unfortunately, most broadly accepted classifications is conducted by such therapy was not effective for all tumors with the BBMRI, which considers two types of biobanks: same morphology or phenotype and also had population-based biobanks and disease-oriented unpredictable adverse effects. In contrast, today’s biobanks[5,18]. oncology gives more attention to early detection and prevention, molecular classification of tumors, Iran. Biomed. J. 24 (4): 206-213 207 Significance of Biobanking Zohouri & Ghaderi characterization oncogenesis pathways, response “Establishing biobank governance and management prediction by pharmacogenomics, and targeted frameworks” therapies as a part of personalized medicine[2,22]. The Large tissue biobanks heralded concerns about rapid progress of molecular pathology, genetic governance and security issues like consent and epidemiology, and pharmacogenomics in different privacy. Due to the development
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