From Genes to Growth: Forensic DNA Databases' Role in Ghana's Economic Future

Dr Pet-Paul Wepeba

As Ghana moves forward on its path to economic development, it must simultaneously address the difficulties of maintaining public safety and creating an atmosphere that is favourable to the expansion of businesses. DNA databases show themselves to be an effective instrument in this situation, providing a tremendous deal of advantages for both economic growth and crime prevention. Ghana is not an exception to the rule that crime continues to be a significant barrier to economic progress. To provide a safe environment where businesses can prosper and citizens can feel comfortable, it is essential to be able to prevent, solve, and discourage crime. DNA databases are essential to this procedure because they give law enforcement the ability to swiftly and precisely identify criminals. Using examples from around the world today, this article examines how Ghana's adoption of a comprehensive DNA database could be a valuable tool in accomplishing these objectives.

These days, forensic DNA databases are vital resources for criminal investigations. We store and compare DNA profiles from various sources to identify suspects, link crimes, and exonerate innocent parties. These comprise, among other things, databases on convicted offenders, arrestees, crime scene indexes, missing persons and unidentified remains, relatives of missing persons, and ancestry DNA databases. Beyond specialized database types, forensic DNA databases serve various purposes such as mass disaster identification, paternity and kinship testing, which can address lineage disputes in families and the chieftaincy institutions in Ghana, solving cold cases, identifying serial offenders, and clearing innocent individuals. It's crucial to remember that there are moral and legal restrictions on the use of forensic DNA databases. We must carefully consider issues with data security, privacy, and potential misuse to ensure proper utilisation of the technology.

In 1985, the UK used DNA profiling in an immigration application for the first time. The case concerned a Ghanaian mother who attempted to enter the UK with her son, but the biological relationship was questioned by British immigration officials. Alec Jeffreys, a geneticist who invented DNA profiling, applied his method to the case. After DNA testing on samples provided by the boy and the mother confirmed their biological relationship, there was no doubt about the mother-son link. The boy's admission into the United Kingdom by the British immigration authorities established a precedent for the use of DNA evidence in civil cases, including immigration. This case also demonstrated the wider potential of DNA technology to influence other legal fields in addition to criminal justice, making it an essential instrument in contemporary legal systems across the globe. Ghana must keep up its progress in developing this technology.

As of 2024, over 60 countries worldwide have established national DNA databases, and the number is growing as more countries recognise the value of DNA profiling in criminal justice and public safety. These databases vary widely in size, scope, and the types of profiles they house. According to INTERPOL, of the 54 countries in Africa, only seven (Algeria, Botswana, Egypt, Morocco, South Africa, Sudan, and Tunisia) presently have DNA databases, with others working in earnest to create the same.

The National DNA Database of the United Kingdom is among the best-known instances of a successful DNA database (NDNAD). Founded in 1995, it was one of the first of its kind and has expanded to rank among the biggest forensic DNA databases worldwide. The NDNAD has played a significant role in solving crimes, particularly those cold cases that remained unexplained for years. Since its inception, the National DNA Database of the UK has been instrumental in over 400,000 investigations, contributing to thousands of convictions each year. The database, being one of the most comprehensive in the world, has significantly reduced the crime rate in the UK. Its achievements highlight Ghana's potential for similar projects. Crime directly impacts economic activity. Elevated rates of criminal activity discourage investment, diminish tourism, escalate corporate expenses (because of security costs), and foster an atmosphere of unease and anxiety. By lowering crime, DNA databases can help create a safer and more stable environment, which is necessary for economic growth. The public's trust in the legal system is essential for an economy to thrive. DNA databases provide impartial, reliable scientific evidence that courts can use, aiding in the fair and accurate administration of justice. This boost public trust in governance and law enforcement while also fortifying the legal system. The use of DNA databases to stop erroneous convictions is one of their most important contributions. DNA databases save the innocent from unfair punishment by offering solid proof that can either prove or disprove a person's involvement in a crime. Consequently, there is an increased level of public confidence in the legal system. One of the world's most extensive DNA databases, CODIS from the United States, has proved crucial in gaining convictions and clearing innocent people.

As of 2023, the Combined DNA Index System (CODIS) in the United States has assisted in over 600,000 investigations and helped secure convictions in over 500,000 cases since its inception in the late 1990s. Many of these cases involve serious crimes like homicide and sexual assault. DNA evidence has played a critical role in the exoneration of over 575 individuals in the United States, according to the Innocence Project. Many of these cases involve wrongful convictions for murder, sexual assault, and other serious crimes. DNA evidence cleared Ronald Cotton from false imprisonment for rape, highlighting the crucial role these databases play in upholding the rule of law. A system akin to this one can strengthen Ghana's legal framework and advance precision and fairness in the administration of justice; extensive investment in infrastructure, technology, and human resources is required for the creation and upkeep of a DNA database. This generates a variety of employment opportunities, including those for database managers, forensic scientists, law enforcement, and legal experts.

Ghana's forensic science sector would need to grow in order to accommodate a DNA database, which would require building new labs, purchasing cutting-edge machinery, and hiring and training specialised staff. The expansion of this industry would lead to the creation of high-skill jobs and the rise of a knowledge-based economy. India has made significant investments to increase its forensic DNA capabilities because it recognises the value of forensic science in both economic development and crime prevention. The nation's expanding forensic sector helps the economy by generating jobs and promoting technical innovation in addition to assisting law enforcement. Ghana could take a similar path and create a DNA database to strengthen its own field of forensic science. Ghana's creation of a DNA database may also promote public-private collaborations, especially with businesses that provide security, biotechnology, and IT services. These partnerships can spur innovation, draw capital, and open up new company prospects, all of which will support economic expansion.

As Ghana transitions to an incessant economy, strong security measures become increasingly important. By improving public safety and allowing businesses to operate without fear of crime, a DNA database can facilitate this shift. Since crime frequently crosses national borders in today's globalised world, international collaboration is crucial to preserving security in an ever-expanding economy. It is possible to connect forensic DNA databases to regional and global platforms, facilitating cross-border information sharing. This is especially crucial for fighting transnational crimes that have the potential to seriously impair economic activity, such as terrorism, drug smuggling, and human trafficking.

The application of forensic DNA databases has been quite beneficial for New York City, which is well-known for its thriving and restless economy. The city's ability to maintain round-the-clock public safety has largely contributed to its economic success, fostering a conducive environment for businesses to thrive through prompt crime resolution. Ghana can leverage DNA technology to propel its economic growth, akin to New York's model of a sleepless economy. In a number of ways, the construction and upkeep of DNA databases can greatly benefit Ghana's economic development and employment creation. To create and manage a DNA database, one needs skilled experts such as geneticists, bioinformaticians, database administrators, and IT specialists. These well-paying positions support the expansion of the knowledge-based economy. The creation of forensic DNA databases inside law enforcement would require hiring forensic scientists, crime scene investigators, and laboratory personnel. The continual training and specialisation required by law enforcement organisations in processing DNA evidence would create specialised roles within the police force. Medical and genomic DNA databases will support job growth in the healthcare industry, especially in areas such as research, genetic diagnostics, personalized treatment using microbiome analysis, and so on. Universities, research centres, and biotech corporations also employ scientists and technicians who work with DNA databases. There is a need for solicitors, ethicists, and compliance officers with expertise in bioethics and data protection regulations due to the usage of DNA databases in legal proceedings.

As DNA data usage spreads, there will be an increasing demand for experts in these domains. Additionally, a forensic science authority will be established, complete with a forensic science regulator and staff, to employ a variety of professionals. Once again, the creation of DNA databases frequently entails public-private partnerships, collaboration between the government and business sector, especially in the biotech and IT sectors. These collaborations have the power to spur innovation, generate employment, and draw in outside capital.

Governments or organizations may improperly exploit DNA databases for discriminatory or surveillance purposes. Public monitoring and transparency are necessary to prevent such misuse. People in the job market, insurance market, or healthcare system may face discrimination due to genetic data. Ghana must develop a legal framework to help the policy and implement protective measures to prevent this type of discrimination. Sensitive genetic data collection, storage, and utilisation give rise to privacy problems. Therefore, it is crucial to establish robust legal frameworks to ensure individuals maintain control over their genetic data and only use it for legitimate purposes. Resolving these moral issues is essential to fostering public confidence in DNA databases. Strong regulatory frameworks, public education campaigns, and open discourse are necessary to guarantee appropriate use of this potent technology. Ghana must resolve these ethical issues to successfully adopt a forensic DNA database. Ghana could use DNA databases to create a more secure and safe society by emphasizing data protection, defending against misuse, and eliminating prejudice.

The establishment of a DNA database in Ghana has the potential to be both a strong instrument for preventing crime and a driver of national economic growth. A DNA database has the potential to greatly strengthen Ghana's long-term economic growth and stability by lowering crime, boosting public confidence in the judicial system, and generating employment. Using examples from around the world, it is evident that a DNA database has many uses outside of the criminal justice system. Adopting such a system would provide Ghana the chance to create a more secure and prosperous future for its people and establish the nation as an African leader in economic innovation and security. The creation of a DNA database could be a crucial step in Ghana's economic development towards attaining its objectives of justice, security, and long-term economic growth.

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