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Biobanks

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Biobanks

Biobanks, also known as biorepositories, are a reservoir for human biological samples obtained from patients or living donors. Dedicated organizations with sophisticated infrastructure and facilities gather, process, store, and supply human biomaterials to biomedical research organizations.

Biorepositories bank the remnant samples collected from clinical laboratories after diagnosis or samples directly collected from patients or human donors during clinical trials or routine laboratory examinations. Researchers can gain access to data from millions of donors through biobanks, reflecting a huge part of the population.

Biobanking of human samples or human biological specimens for research is done with the utmost care and permanent quality checks and testing. Modern biobanks concentrate on collecting and storing specimens with comprehensive clinical, demographic, and biological information. Besides, biobanks research also ensures strict adherence to the stringent IRB protocol, SOPs, and ICH-GCP guidelines while handling and preserving human biospecimens for the future. This helps in practicing strict quality control to maintain higher standards in retaining the sample’s physiological integrity to meet the best research outcome. Biobanks play a crucial role in the evolution of modern medicine and biomedical research, acting as the cornerstone for studies that delve deep into disease mechanisms, genetic variations, and the development of personalized treatments. As repositories of human biological specimens, biobanks enable researchers to access a vast array of samples, aiding in large-scale epidemiological studies and groundbreaking discoveries. The vast storage of diverse biospecimens, such as tissue, blood, and plasma, provides an invaluable resource for understanding genetic differences, disease progression, and response to treatments across populations. With the increasing demand for personalized medicine, biobanks have become indispensable in accelerating research aimed at discovering innovative therapeutic strategies, revolutionizing healthcare on a global scale. These biobanked specimens are not only critical for current research but also for future medical advancements, as they provide a bridge between clinical care and scientific innovation. From tackling diseases like cancer, diabetes, and rare disorders to contributing to pandemic preparedness and vaccine development, biobanks are integral to advancing both clinical research and population health.

Human biobanks open human biodiversity mechanisms

In this era of new human biology, translational, diagnostic, and biomedical research is gaining more attention, such as human biospecimens. Uprooting the concept of "one-size-fits-all" in medical practice, today's patient-centric approach of individualized therapy has become the patient's fundamental right. Soon, we can expect a remarkable transformation from contemporary medical practice to a more evidence-based precision medicine approach. It is an advanced disease management concept to prevent and treat diseases by developing a therapeutic plan tailored to an individual. Inter-individual variation in genetic makeup, lifestyle, and environmental exposures is the major guiding factor to customized treatment.

Furthermore, human specimens or patient samples are essential for precision medicine research as they are a vital formation source of a patient’s clinical condition, illness, and biological origin. To be precise, human biospecimen studies can unlock the complex mechanism of human biodiversity. It clarifies and elucidates the underlying pathological and physiological mechanisms responsible for the difference in human health conditions. Also, it helps to study deeper the root cause for the inter-individual difference in response to disease and treatment. Therefore, human biosamples or biological specimens can be an inevitable component of contemporary precision medicine research. Since they can provide previously unknown real-world evidence of disease biology, progression, and response of different individuals to therapy. Therefore, human biobank research is the key to personalized medicine. Another critical area where human biosamples can contribute is population-based studies. Biospecimens stored at population biobanks help to accelerate the discovery of more effective indigenous therapeutic agents, algorithms, or vaccinations to best tackle endemic disease.

Commercial biobanks are the largest biospecimen provider

According to several estimates, from 2018, the market size of human biobanking is constantly increasing and is expected to follow the current trend in the following years. Commercial biobanks are the major contributor to boosting the biobanking market growth among all biobanks. As we know, biobanking is a complex procedure requiring substantial financial investment; commercial biobanks have boomed in recent years. Paradoxically, public biobanks are running a slow race. Building up storage facilities like freezers and cryogenic units and practicing active quality control are some of the crucial areas requiring high-budget planning. Besides, securing reliable funding or financial aid from the responsible government bodies is another major roadblock before public biobanks. Therefore, in recent years the biobanking sector has experienced a significant shift from the public environment to the commercial one.

Consequently, commercial biobanks have grown both in number and size in a short period, becoming the largest human biospecimen provider in the world market. Besides, the sudden outbreak of the COVID-19 pandemic and urgent demand for research specimens on a large scale directly boosted the possibilities of human biobanks. Therefore, in the future commercial biobanks will become one of the lucrative industries among all the healthcare sectors.

Central BioHub connects biobanks to researchers

Well-annotated, high-quality human biospecimens are paramount for precision medicine research. Moreover, the availability of research samples at the right time in the correct quantity is essential for keeping the study progressive for a moon-shot discovery. Central BioHub is one of the leading human biospecimen marketplaces connecting biobanks to researchers across the globe. We partner with numerous certified biorepositories located in different parts of the world. Bringing millions of authentic human biospecimens together on a unique digital platform, Central BioHub facilitates researchers' easy procurement of research specimens.

Embracing innovative digital data-driven technology, Central BioHub presents a next-generation digital platform to make banked samples readily available for purchase. Moreover, our fastest global transportation network delivers the ordered research samples to your location. Prioritizing customer satisfaction for researchers, Central BioHub allows easy procurement of research samples with complete assistance from our scientific experts. Don't wait - quickly navigate through our inventory and experience the simplicity of biospecimen procurement at your fingertips. Also, explore advanced search options for clinical research specimens from Central BioHub, by clicking clinical diagnosis, ICD-10-CM codes, and laboratory parameters.

Register now for free and find the research specimen that best fits your needs by clicking on Clinical Diagnosis, ICD-10-CM codes, Matrix, and Laboratory Parameters.

Central BioHub - Order biospecimens online.

Biobanks are specialised organisations that collect, process, store, and distribute biological materials with the associated data obtained from humans and animals for future use in research.
Human biobanks are the biorepositories storing biological materials from human beings. Human biomaterials include but are not limited to human blood, serum, plasma, urine, tissues, cells, DNA, proteins, teeth, hair, feces, organs, solid tumours, etc., collected and preserved at biobanks for research purposes.
Human biomaterials are usually collected during biopsies, surgeries, or laboratory tests as a part of diagnosis, treatment or clinical procedures. The specimens are collected after obtaining consent from the donor and are stored at biobanks.
In biobanks, human Biospecimens are usually stored in large cryogenic units or freezers to preserve the integrity and physiological properties of the sample for the long term. It is called as biobanking. Specific samples such as tumour tissues are processed and stored as formalin fixed-paraffin-embedded (FFPE) blocks or sections.